組み込み用半導体レーザー/温度コントローラー


  • Excellent Temperature Stability: <0.004 °C
  • Adjustable P, I, & D Temperature Control Loop
  • Analog Modulation of Laser Current up to 200 kHz
  • Extensive Laser Diode Protection Features

ITC102

ITC100D

ITC102 with
ITC100D & ITC100F

Related Items


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特長

  • 電流コントローラとTECコントローラの組合せ
  • 最大電流値:200 mA、1 A、3 Aの3種類
  • 定電流(CC)および定光出力(CP)モード
  • 独立したP、I、Dの設定が可能なフルPIDフィードバックループを搭載
  • 半導体レーザの損傷に対する様々な保護機能
  • システムと簡単に統合するための標準的なピン配置

100 mm x 160 mmのボード型コントローラーシリーズは、低ノイズかつ低ドリフトの電流源と精密なTECコントローラとの組合せになっています。ミリ規格のボードは、お客様の製品に簡単に組み込めるよう設計されており、高いレーザ発光安定性が要求される製品やシステムに適しています。アナログインターフェイスで、パラメータ設定や読み出しが容易です。

半導体レーザ用コントローラーシリーズは、定電流(CC)モードと定光出力(CP)モードを持ち、全てのレーザとモニタ用ダイオードの極性(CG/AG)に対応します。 半導体レーザは15ピンD-Subコネクタを介してコントローラに取付けられます。 固定グラウンドレベル設計は雑音や過渡抑制、出力の安定性の面で優れた性能を発揮します。 レーザの駆動電流は外部制御信号によって変調できます。

内蔵の温度コントローラは、独立したP、I、Dの設定が可能なフルPIDフィードバックループを搭載しており、個別に最適化することができます。 様々な温度センサ(サーミスタ、温度トランスデューサAD590など)に対応しています。 標準的な64ピンPCBコネクタを介して、出力信号、アナログ制御入力信号、電源供給接続、温度センサ、熱電冷却素子にアクセス可能です。

アクセサリ
システム制御パラメータの確認や設定ができるよう、ディスプレイボード(ITC100D)、およびフロントパネル(ITC100F)も下記にてご用意しています。 さらに、当社の9ピンおよび15ピンYケーブル(CAB430)を用い、このコントローラとTEC付き半導体レーザーマウント製品シリーズを接続することができます。

詳細については、当社までお問い合わせください。

半導体レーザ用コントローラの仕様

Item #ITC102ITC110ITC133
Current Control
Display Laser Current OnLED
Trim Potentiometers (15 Turn)ILD, IPD Resp. PLD, ILD,LIM
Control Range of Laser Current0 to ±200 mA0 to ±1 A0 to ±3 A a
Compliance Voltage>4 V
Setting Accuracy / Repeatability (Full Scale)±2% Typical / ±0.1%
Noise (10 Hz to 10 MHz, rms)<2 µA<6 µA<25 µA
Drift (30 min, 0 to 10 Hz, Typical)<20 µA<100 µA<300 µA
Temperature Coefficient<50 ppm/°C
Power Control
Control Range Photo Diode Current5 µA to 2 mA
Accuracy / Repeatability (Full Scale)±2% Typical / ±0.1%
Photodiode Reverse Bias Voltage0 V or 5 V
Current Limit
Setting Range0 to >200 mA0 to >1 A0 to >3 A
Setting Accuracy / Repeatability (Full Scale)±2% Typical / ±0.1%
Analog Modulation Input
Input Resistance10 kΩ
Modulation Coefficient, CC40 mA/V ± 5%200 mA/V ± 5%600 mA/V ± 5%
Small Signal 3 dB Bandwidth, CCDC to 200 kHzDC to 50 kHzDC to 20 kHz
Modulation Coefficient, CP0.4 mA/V ± 5%
TTL Modulation Input
Rise/ Fall Time<10 µs<50 µs<100 µs
TTL Control InputLD ON
Measurements and Control Outputs
Analog Measurement ValuesILD, IPD, ILD,LIM
Measurements Outputs0 to ±5 V
Measurements Accuracy (Typical, Load > 500 kΩ)±2%
TTL Control OutputsLD ON, LIMIT
General Data
Supply Voltage / Current±12 to ±15 V / 2.3 A±12 to ±15 V / 3.1 A±12 to ±15 V / 3.1 A a
Operating Temperature0 to 40 °C
Storage Temperature-40 °C to 70 °C (Non-Condensing)
Warm-Up Time for Rated Accuracy10 min
Dimensions (W x H x D)100 mm x 42 mm x 160 mm (Eurocard)
Weight< 0.7 kg
  • ITC133の電流総和は、総熱放散ロスに制限されます。ファンや大型ヒートシンクによる冷却の最適化より、電源が6.1Aを給電する条件で、3A LD と3A TEC が同時に可能です。

(全てのデータは、23 ± 5°Cで相対湿度45 ±15%の条件下で有効)

TECコントローラの仕様

Item #ITC102ITC110ITC133
Temperature Control
Display TEC Current ONLED
Trim Potentiometers (15 Turn)ITEC,LIM, TSET / RSET
Trim Potentiometers (1 Turn)P, I and D Share
TEC Output
Control Range of TEC Current-2 A to +2 A-2 A to +2 A-3 A to +3 A a
Compliance Voltage>6 V
Maximum Output Power12 W12 W18 W
Noise and Ripple<1 mA<1 mA<3 mA
Thermistor Temperature Sensors
Control Range100 Ω to 80 kΩ
Setting Accuracy (Full Scale, Typical)±2%
Repeatability (Full Scale)±0.1%
Temperature Stability (Typical)<2 Ω
IC Temperature Sensors AD590, AD592, & LM335
Control Range-20 °C to 80 °C
Setting Accuracy (Full Scale, Typical)±2%
Repeatability (Full Scale)±0.1%
Temperature Stability (Typical)<0.004 °C
TEC Current Limit
Setting Range0 to ≥2 A0 to ≥2 A0 to ≥3 A
Accuracy (Typical)±5%
Temperature Control Inputs
Analog Control InputTSET / RSET
Input Resistance10 kΩ
Input Coefficient Thermistor16 kΩ/V
Input Coefficient IC-Sensor20 °C/V
TTL Control InputTEC ON
Measurement and Control Outputs
Analog OutputsTSET/RSET, TACT/RACT, ITEC,LIM (ITEC, ΔT/ΔR)
Measurement Accuracy (Typical, Load > 500 kΩ)±2%
TTL Control OutputsTEC ON, TEMP OK
  • ITC133の電流総和は、総熱放散ロスに制限されます。ファンや大型ヒートシンクによる冷却の最適化より、電源が6.1Aを給電する条件で、3A LD と3A TEC が同時に可能です。

(全てのデータは、23 ± 5°Cで相対湿度45 ±15%の条件下で有効)

ST1 64ピン I/Oジャック

ST1 64-pin 

ST2 15ピン I/Oジャック

DB15 Female

PinConnectionPinConnection
1Interlock9Bias (-)
2Monitor Diode Cathode10Laser diode cathode (polarity AG)
3Laser Diode Ground11Laser diode anode (polarity CG)
4Monitor Diode Anode
5Interlock Ground12Bias (+)
6AD 590 (+)13AD 590 (-)
7TEC (+)14Thermistor Ground
8TEC (-) (ground)15Thermistor

ST4 - SMBオス

半導体レーザ変調入力

SMB Male

-5 ... +5 V
40/200/600 mA/V (ITC102/110/133)

ST5 - SMBメス

温度調整入力

SMB Male

-5 ... +5 V
20° C/V / 16 kΩ/V (Transducer/Thermistor)

ITC102ITC110ITC133Part
x  OEM Laser Diode and Temperature Controller, ±200 mA / 12 W (ITC102)
 x OEM Laser Diode and Temperature Controller, ±1 A / 12 W (ITC110)
  xOEM Laser Diode and Temperature Controller, ±3 A / 18 W (ITC133)
xxxOperating Manual

Posted Comments:
诗崎 王  (posted 2023-11-22 18:27:05.89)
我将ITC-102接入15V/3A的电源,同时ITC-100也在102上,电源通入后,102上的LED2没有正常工作,ITC-100的LED屏显示,我对各参数进行调试,ITC-100没有变化。我又分别对电压和电流用万用表进行了测量,电压输入为15V,电流为0.15A。
fmortaheb  (posted 2023-11-22 11:59:21.0)
Thank you very much for contacting us. An application engineer from our team in China will discuss this directly with you.
Kenny Gregory  (posted 2021-07-19 19:03:45.787)
This is specifically for the ITC102. The manual diagrams only show the unit working with an AD590 and a thermistor together. If I only have an AD590 is the thermistor required?
wskopalik  (posted 2021-07-23 03:28:26.0)
Thank you very much for your inquiry! The ITC102 as well as the other ITC100 boards only need one temperature sensor for correct operation. So either a thermistor or an IC temperature sensor (AD590, AD592, LM335) is sufficient. You do not need both. There is a switch (S3) on the board to select which type of sensor is connected. I will contact you directly to provide further assistance.
Ludovic Angot  (posted 2020-07-14 08:43:10.653)
Can the ITC133 be used with any L.D. pin code, in particular pin code G? On pages 15 to 17 of the current version of the manual (3.2, jun 2020), I see no mention and no configuration example of using a LD without photodiode. If this is possible, is there any particular hardware setting to apply?
MKiess  (posted 2020-07-14 09:15:32.0)
This is a response from Michael at Thorlabs. Thank you very much for your inquiry. On page 15 to page 17 in the current manual, only the general, possible configurations of the combinations of laser and monitor diode are shown. It is also possible to connect a laser diode with respect to ground, individually. You can also use the CAB430 to connect the ITC133 controller with a Thorlabs' laser mount suitable for G-style laser diodes, which can be found under the following link: https://www.thorlabs.de/navigation.cfm?guide_ID=35 I have contacted you directly to discuss the connection in your specific case.
nick Yang  (posted 2020-05-26 21:55:23.467)
Hi, I'm requesting inquiry in terms of operating ITC110. Currently, we are using a gain chip that has only Thermistor and not transducer. Is there a way for us to interpret thermistor resistance value in terms of temperature Celsius?
wskopalik  (posted 2020-05-29 06:32:27.0)
This is a response from Wolfgang at Thorlabs. Thank you very much for your inquiry! The display ITC100D as well as the analog output on the ITC110 will unfortunately only return the resistance value when a thermistor is used as a temperature sensor. It cannot be converted into a temperature value automatically. Thermistors have a specified relation between their resistance and the temperature which is usually given in their data sheets. So you could manually convert the resistance value to a temperature value by using this relation. I will contact you directly to provide further assistance.
Youngjin Ahn  (posted 2020-02-20 03:52:20.213)
Hi, our lab have purchased the ITC110 product with ITC100D. However, we are having trouble to turn on the LED display panel from the ITC100D. We have connected two 15V power supplies in series in order to supply the voltage range between -15V to +15V. Also, we have designed the circuit by following the schematic diagram given in the manual. We have, connected this circuit with ITC110 and connected -15V, GND, and +15V to the pins described in the manual. By considering that circuit that we made is correct, could you recommend any method to further check if there is any issues why the LED panel on ITC100D doesn't turn on. Sincerely, Youngjin Ahn
dpossin  (posted 2020-03-04 09:10:50.0)
Dear Ahn, Thank you for your feedback. I have contacted you via E-Mail in order to discuss your setup with you and provide further help.
damien.marchand  (posted 2019-01-17 08:53:18.96)
Hi, We bought the following parts for laser diode control: Part numbers are: ITC133. We use it on Laser pulsed diode in current mode. Is it possible to use mode power constant on this type of laser ( pulsed) ? Thanks for your answer
swick  (posted 2019-01-29 05:41:56.0)
This is a response from Sebastian at Thorlabs. Thank you for the inquiry. It is possible to control Laserdiodes in constant-power (CP) mode and modulate it at the same time but modulation bandwidth will be lower compared to constant-current (CC) mode. It depends on the pulsed-type laser diode and corresponding driving parameters if CP-mode could be used. I contacted you directly to provide assistance.
gksthf666  (posted 2018-11-15 21:42:01.943)
To whom it may concern, Hello, I'm Hansol Jang and I have some question about ITC110. Recently we've bought some of ITC110 but does not use yet because of supply voltage problem. The supply voltage and current shown in spec sheet are +-12 to 15 V and 3.1A respectively. Following are my question. 1. Should we supply +15V and -15V at a same time? 2. Required current of each voltage channel (+15 and -15V) is 3.1A right? 3. We are going to supply voktage to ITC110 with SMPS but it is very hard to find products which satisfy both two channel output (+15 and -15V) and current of 3.1A or more. Most of multi channel SMPS have different current level according to output channel (ex) +15V, 2A and -15V, 0.5A). Could you recommend supplying method or instruments (such as SMPS, AC-DC converter..) for ITC110 please? 4. Finally we need to use two ITC110 at a same time so much higher current level is required I think. Sincerely, Hansol Jang
wskopalik  (posted 2018-12-05 09:02:40.0)
This is a response from Wolfgang at Thorlabs. Thank you very much for your inquiry! Please find the answers to your questions below: 1. Yes, you need to connect +15V, GND and -15V at the same time to the pins described in the manual (A30 - A32, C30 - C32). 2. Yes, the current would need to be 3.1 A for each voltage channel. 3. You can e.g. use a lab power supply to supply the ITC. These are available for different voltage and current ranges. So you would need to make sure that the particular power supply can provide the needed current and voltage level. 4. Each ITC110 needs to be supplied with the required current at the required voltage. So depending on how you connect the ITCs and the power supplies, the total current would double.
ergulmuhammed  (posted 2018-09-07 05:42:47.003)
Hİ, I have mistyped twice in my previous post. Please discard it and consider this one here: We bought the following parts for laser diode control: Part numbers are: ITC102 ITC100D ITC100F CAB430 LDM9LP and we have combined ITC102,ITC10D,ITC100F and tried to run. Although I do supply the required voltage, Led2 (indicator of Vcc) does not light but the 7-segment display works, but it does not show reasonable values and the values do not change even though I change the potentiometer. Where am I doing wrong?
swick  (posted 2018-09-14 03:33:22.0)
This is a response from Sebastian at Thorlabs. Thank you for the inquiry. I contacted you directly for troubleshooting.
ergulmuhammed  (posted 2018-09-06 08:48:48.523)
Hİ, We bought the following parts for laser diode control: Part numbers are: ITC102 ITC100D ITC100F CAB430 LDM9LP and we have combined ITC102,ITC10D,ITC100F and tried to run. Although I do not supply the required voltage, Led2 does not light but the 7-segment display works, but it does not show reasonable values and the value does not change even though I do not change the potentiometer. Where am I doing wrong?
swick  (posted 2018-09-14 03:36:45.0)
This is a response from Sebastian at Thorlabs. Thank you for the inquiry. I contacted you directly for troubleshooting.
leticia.tarruell  (posted 2018-05-11 19:42:55.61)
Hello, We do have a broken ITC 133. Is it possible to ship it for repair?
YLohia  (posted 2018-05-11 03:06:33.0)
Hello, thank you for contacting Thorlabs. We are sorry to hear that. Please contact your local Thorlabs Tech Support team (europe@thorlabs.com) for troubleshooting and potential RMA for repair.
francisco.rodriguez  (posted 2018-03-19 17:56:41.697)
Dear sirs, We have purchased this product for testing it in our lab and it is now runing quite good. We have now to make an integration and select a compact power supply. Could you tell us what is the maximum tolarated ripple at the input? Thank you in advance Best Regards Francisco
swick  (posted 2018-04-10 04:04:50.0)
This is a response from Sebastian at Thorlabs. Thank you for the inquiry. For ITC100-Series we recommend to use PSU with <50mV ripple.
nluo  (posted 2017-10-26 14:08:12.467)
Hi, this is Nan with Calient. We bought the following parts for laser diode control: Part numbers are: ITC102 ITC100D ITC100F CAB430 But there is no user manual or how can we adjust laser diode current or power. Where can we have user manual? Thanks Nan
wskopalik  (posted 2017-10-27 07:19:17.0)
This is a response from Wolfgang at Thorlabs. Thank you very much for your inquiry. You can find all the available documents for a product when you click on the red document icon left of the part number in the overview tab of this website. This will open a pop-up window with links to the documents. For all other products on the website this is the same. I will also contact you directly.
dawnjlu  (posted 2015-09-25 23:14:57.653)
Hello, I was wondering how to remove the large knob on ITC100D when I want to install ITC100F to the ITC100D. I have tried several methods, but all failed, the knob looks fixed on ITC100D very well. Thank you. Li
shallwig  (posted 2015-09-28 11:07:01.0)
This is a response from Stefan at Thorlabs, Thank you very much for your feedback. The head of the control knob with the black line is a cap which is just plugged in. By removing this cap you have access to a screw which fixes the knob to the board. I will contact you directly to check if there are any further questions.
nursidik.yulianto  (posted 2015-09-09 23:46:41.663)
How to measure temperature at celcius degree. i use ITC 102 and ITC 100D for DFB laser 0-70C
shallwig  (posted 2015-09-10 04:23:13.0)
This is a response from Stefan at Thorlabs. Thank you very much for your inquiry. There are several ways to get the actual temperature with the ITC102 displayed. In the manual on page 6 http://www.thorlabs.de/thorcat/7100/ITC102-Manual.pdf you can find the TEC specifications and temperature sensors control range. With the ITC100D display panel connected you can display the “Set” and “Actual” temperature on the display. Please check that the Jumpers are set as described in the manual from page 45-46: For the ITC102 both jumpers ILD and ILim have to be at position 1. With the knob you can display from counter- clockwise to clockwise following parameters: Photo diode current IPD Laser diode current ILD Laser diode limit current ILIM Set temperature1) (or resistance2)) value TSET Actual temperature1) (or resistance2)) value TACT TEC limit current ITLIM For higher display accuracy you should re-calibrate the ITC100D from time to time. For adjusting Tact bring your temperature sensor to a well-defined temperature and adjust the ITC100D reading to that temperature using potentiometer P5. P5 is the second potentiometer from the right below the turning knob, please see also the picture in the manual on page 45. Alternatively you can also read out the temperature from the 64 pin connector directly at Pin C10 (see manual page 19 for the pin diagram). The actual temperature (TACT ) can be calculated with the conversion factor 50mV/°C from the voltage drop (-1 ... +4 V ) along a load resistance, we recommend to use at least 500kOhm load. I will contact you directly to check if you have any further questions.
yangkwanmo0109  (posted 2014-02-24 16:16:30.4)
I'm trying to figure out how to play with the TEC mode of ITC100. When I change the Tset to a certain value (I changed it to 40C when Tact was at 26.1C), the Tact seems to change super slowly. Is this normal? Reading through the manual (the polarity part in the TEC section), it seems like the Tact reaching the Tset seems pretty fast, so that we can check the polarity of the system. Also, it seems like Tact is increasing when LD is on, and is decreasing when LD is off. I am having trouble with the temperature control. Any help?
jvigroux  (posted 2014-02-24 10:52:33.0)
A response from Julien at Thorlabs: Thank you for your feedback! Based on the description of the problem, it seems that the settings of the temperature feedback loop might be the issue. the user can set the PID as well as the maximal TEC current so as to adapt the TEC driver to the system considered. I will contact you directly to discuss the exact details of your set up.
leticia.tarruell  (posted 2013-12-17 15:39:44.22)
Hello, Is there any plan to extend the OEM ITC controllers to higher current ranges? It would be very helpful to be able to drive TA chips with them, and many require up to 4.5A
tschalk  (posted 2013-12-19 09:08:26.0)
This is a response from Thomas at Thorlabs. Thank you very much for your inquiry. There are no plans to extend the current ranges of these controllers. We could offer you a special item which can provide a higher current. I will contact you directly with more detailed information.
sebastien.avila  (posted 2013-10-02 11:26:18.64)
Hello, We want to use the ITC133 in a portable application and our power supply comes from a 24VDC battery pack. Do we need to convert the voltage into +/-12VDC ou simply +12VDC? Is there a power supply that you can reccomend us to use the ITC133 from a 24VDC battery? Thank you very much. Best Regards, S. AVILA.
jlow  (posted 2012-09-07 08:40:00.0)
Response from Jeremy at Thorlabs: While the ITC133 can be used to drive the L915P1WJ, you will still need other devices such as a TEC mount, adequate heat sink (and maybe a fan to cool the fins of your heat sink as well). You would also need a power supply that can provide the adequate current (please see page 11 of the manual for the specifications).
jintaixun  (posted 2012-09-07 03:31:59.0)
Hi I'm a university student from South Korea and have an enquiry about ITC133 In my bio-optics laboratory, I've got some high-power laser diodes such as L915P1WJ and others pin code A or D. Can I drive them with ITC133 safely without any other devices?
bdada  (posted 2011-04-07 15:45:00.0)
Response from Buki at Thorlabs: Thank you for your feedback. We have corrected the specification of the ITC133 current control range.
user  (posted 2011-04-07 15:25:41.0)
Current control range spec for the ITC133 shows units of mA while it should be A.
Laurie  (posted 2009-04-24 12:11:09.0)
Response from Laurie at Thorlabs to hase: Thank you for your inquiry for our OEM diode and temperature controllers. We do have several customers that use this instrumentation for telecom fiber testing applications, as well as a leading manufacturer of subsystems that implements these. Unfortunately, we do not have any specific data for the mean time between failures of these items. If you can provide us with your requirements, we will discuss your application with our engineers to see if we can ensure that this item will meet your needs.
hase  (posted 2009-04-15 04:53:48.0)
Could you give me the reliability data of ITC102 and PDB140C, such as MTBF? I am considering if they can be integrated into a system for telecom fiber testing application.

半導体レーザーコントローラーセレクションガイド

下の表は、当社の半導体レーザ用コントローラおよびデュアル半導体レーザ/温度コントローラの主な仕様の一覧です。詳しい内容や仕様について、またはご注文の際には表内の型番をクリックしてご確認ください。

Current Controllers
Item #Drive CurrentCompliance VoltageConstant CurrentConstant PowerModulationPackage
LDC200CV20 mA6 VYes!Yes!ExternalBenchtop
VLDC00225 mA5 VYes!-Int/ExtOEM
LDC201CU100 mA5 VYes!Yes!ExternalBenchtop
LD2000R100 mA3.5 V-Yes!ExternalOEM
EK2000100 mA3.5 V-Yes!ExternalOEM
LDC202C200 mA10 VYes!Yes!ExternalBenchtop
KLD101230 mA≤10 VYes!Yes!ExternalK-Cube™
IP250-BV250 mA8 VaYes!Yes!ExternalOEM
LD1100250 mA6.5 Va-Yes!--OEM
LD1101250 mA6.5 Va-Yes!--OEM
EK1101250 mA6.5 Va-Yes!--OEM
EK1102250 mA6.5 Va-Yes!--OEM
LD1255R250 mA3.3 VYes!-ExternalOEM
LDC205C500 mA10 VYes!Yes!ExternalBenchtop
IP500500 mA3 VYes!Yes!ExternalOEM
LDC210C1 A10 VYes!Yes!ExternalBenchtop
LDC220C2 A4 VYes!Yes!ExternalBenchtop
LD3000R2.5 A--Yes!-ExternalOEM
LDC240C4 A5 VYes!Yes!ExternalBenchtop
LDC40055 A12 VYes!Yes!Int/ExtBenchtop
LDC402020 A11 VYes!Yes!Int/ExtBenchtop
  • 12 V電圧使用時
Dual Temperature and Current Controllers
Item #Drive CurrentCompliance VoltageTEC Power (Max)Constant CurrentConstant PowerModulationPackage
VITC00225 mA5 V> 2 WYes!-Int/ExtOEM
ITC102200 mA> 4 V12 WYes!Yes!ExtOEM
ITC1101 A> 4 V12 WYes!Yes!ExtOEM
ITC40011 A11 V> 96 WYes!Yes!Int/ExtBenchtop
CLD1010LPa1.0 A> 8 V> 14.1 WYes!Yes!ExtBenchtop
CLD1011LPb1.0 A> 8 V> 14.1 WYes!Yes!ExtBenchtop
CLD1015c1.5 A> 4 V> 14.1 WYes!Yes!ExtBenchtop
ITC4002QCLd2 A17 V> 225 WYes!Yes!Int/ExtBenchtop
ITC1333 A> 4 V18 WYes!Yes!ExtOEM
ITC40055 A12 V> 225 WYes!Yes!Int/ExtBenchtop
ITC4005QCLd5 A20 V> 225 WYes!Yes!Int/ExtBenchtop
ITC402020 A11 V> 225 WYes!Yes!Int/ExtBenchtop
  • 半導体レーザ用マウント付きコントローラ(ピンコードがA、D、E、Gのピグテール付きTO-Can型半導体レーザにのみ対応)
  • 半導体レーザ用マウント付きコントローラ(ピンコードがB、C、Hのピグテール付きTO-Can型半導体レーザにのみ対応)
  • 半導体レーザ用マウント付きコントローラ(バタフライ型半導体レーザにのみ対応) 
  • 量子カスケードレーザ(QCL)用に高く設定したコンプライアンス電圧

当社では製品組み込み用あるいはラックマウントの半導体レーザ電流&温度コントローラ(組み込み用モジュールPRO8電流コントロールモジュールPRO8電流&温度コントロールモジュール)もご用意しております。

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組み込み用半導体レーザ&温度コントローラ

Item #ITC102ITC110ITC133
Control Range of Laser Current0 to ± 200 mA0 to ± 1 A0 to ± 3 A
Maximum TEC Power12 W12 W18 W

詳細は「LD仕様」タブおよび「TEC仕様」タブをご覧ください。

+1 数量 資料 型番 - ユニバーサル規格 定価(税抜) 出荷予定日
ITC102 Support Documentation
ITC102組み込み用半導体レーザ&温度コントローラ、±200 mA /12 W
¥97,810
Today
ITC110 Support Documentation
ITC110組み込み用半導体レーザ&温度コントローラ、±1 A /12 W
¥97,810
Today
ITC133 Support Documentation
ITC133組み込み用半導体レーザ&温度コントローラ、±3 A /18 W
¥104,319
Today
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フロントプレート&ディスプレイ、組み込み用半導体レーザ&温度コントローラ向け

ITC100Dは、ITC100シリーズのコントローラに接続して、システムの制御パラメータを設定するための別売りディスプレイボードです。ITC100シリーズのコントローラ用フロントパネルITC100Fも販売しています。制御ボードとディスプレイボードの両方を覆い、コントローラの使い勝手を向上させます。

ITC100Fを取り付ける前に、アナログ出力制御用の大きなノブをITC100Dから一旦取り外してください。取り外すには、まず黒い線の書かれたノブの上蓋をこじ開けてください。そうすることで、パネルにノブを固定するネジが露出します。ITC100F取り付け後、アナログ制御ノブを元の位置に戻すとシステムの操作が行えます。

+1 数量 資料 型番 - ユニバーサル規格 定価(税抜) 出荷予定日
ITC100D Support Documentation
ITC100DITC100シリーズ用ディスプレイコントロールモジュール、取り外し可
¥26,529
Today
ITC100F Support Documentation
ITC100FITC100D用フロントプレート
¥8,746
Today
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ケーブル&コネクタ、組み込み用半導体レーザ&温度コントローラ向け

ケーブルCAB430は、当社のレーザーマウントにITC100シリーズのコントローラを接続するのにご使用いただけます。 ITC100Pは、半導体レーザ、パワーモニタ用フォトダイオード、TEC素子用のITCシリーズ入力/出力機能アレイにアクセス可能な取り換え用の64ピン メス型のDINコネクタです。

Pin #CAB430
(15 Pin)
CAB430
(9 Pin)
CAB430
(9 Pin)
 CAB420-15 15 Pin DiagramCAB400 9 Pin DiagramCAB420-15 9 Pin Diagram
1Interlock and Status LASER ON/OFFInterlock and Status LASER ON/OFFN.C.
2Photodiode CathodePhotodiode CathodeThermistor (+)
3Laser Diode GroundLaser Diode GroundThermistor (-), LM 135/335 (-), Ground
4Photodiode AnodePhotodiode AnodeTEC (+)
5Ground for Pin 1Ground for Pin 1TEC (-)
6Transducer AD 590/592 (+), LM 135/335 (+)Bias (-)N.C.
7TEC (+)Laser Diode Cathode
(with Polarity Anode Grounded - AG)
Transducer AD 590/592 (-),
LM 135/335 (+)
8TEC (-)Laser Diode Anode (with Polarity Cathode Grounded - CG)N.C.
9Bias (-)Bias (+)Transducer AD 590/592 (+), LM 135/335 (+)
10Laser Diode Cathode (with Polarity Anode Grounded - AG)  
11Laser Diode Anode (with Polarity Cathode Grounded - CG)
12Bias (+)
13Transducer AD 590/592 (-), LM 135/335 (+)
14Thermistor (-), LM 135/335 (-), Ground
15Thermistor (+)
+1 数量 資料 型番 - ユニバーサル規格 定価(税抜) 出荷予定日
CAB430 Support Documentation
CAB430LD&TECコントローラ用ケーブル、LDマウント接続用15ピンDサブコネクタ付き、1.5 m
¥20,669
Today
ITC100P Support Documentation
ITC100P64ピン メス型DINコネクタ
¥3,255
Today