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HS9-26C31RH-Q Intersil Corporation LINE DRIVER, CDFP16 visit Intersil
BQ78PL116EVM Texas Instruments Evaluation Module for BQ78PL116 PowerLAN Master Gateway Controller With PowerPump Cell Balancing Tec visit Texas Instruments
MC3453J Texas Instruments QUAD LINE DRIVER, CDIP16 visit Texas Instruments
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SN75112N-00 Texas Instruments LINE DRIVER, PDIP14 visit Texas Instruments
SN75114N-10 Texas Instruments DUAL LINE DRIVER, PDIP16 visit Texas Instruments

TEC Driver

Catalog Datasheet MFG & Type PDF Document Tags

ftz869

Abstract: FTZ851 control its gain. This circuit can also be reconfigured to supply a 0V to ­80V output. LINEAR TEC DRIVER , operates on a single +5V supply and can drive ±2A into a common TEC. LINEAR TEC DRIVER­2 This is very , causes the output transistors to have unequal power dissipation. LINEAR TEC DRIVER­3 This BTL TEC , , ±2.5V. This driver can also drive ±2A into a common TEC. Operation is shown with the power output stage , different sizes; 1, 1.5, and a 2 TEC. When operating on a single +5V supply, this driver is capable of
Texas Instruments
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Abstract: Data Sheet Ultracompact, 1 A Thermoelectric Cooler (TEC) Driver for Digital Control Systems , Integrated low RDSON MOSFETs for TEC driver TEC voltage and current operation monitoring No external sense , control Figure 1. GENERAL DESCRIPTION The ADN8833 is a monolithic H-bridge TEC driver with , E5 VDD PGNDS PGNDS SFB AGND VREF Description Power Ground of the Linear TEC Driver. Power Ground of the Linear TEC Driver. Do Not Connect. Do not connect to this pin. Do Not Connect. Do Analog Devices
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PKG-003121 CB-25-7 ADN8833ACBZ-R7 ADN8833CB-EVALZ D12909-0-4/15

VOA Kotura

Abstract: TEC Driver 2 Anode TH Thermistor 14 TEC+ TEC+ Driver TEC+ TEC+ Driver * (Also available in common cathode , Maximum Optical power, dBm/channel 17 Electrical/Mechanical Specifications TEC supply current A 1.5 TEC supply voltage,V 3.75 VOA driving current, mA 20 @20dB attenuation Per channel 40 , Electrical Connections Pin # 4 Channel 8 Channel Name Description Name Description 1 TEC- TEC-Driver TEC- TEC-Driver 2 Ch3+ Channel 3 Anode AN Anode (Common) 3 Ch4+ Channel 4 Anode N/C Not Connected 4
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OCR Scan
VOA-4-40-C-00 VOA Kotura TEC Driver high speed VOA kotura VOA-8-40-C-00
Abstract: ° Options on request: Monitor photodiode Accessories: Suited bench top LD / TEC driver; suited OEM LD / TEC driver; suited air cooler; PCB board (not attached to the LD in the standard version; if wanted , Operation Temperature Temperature Sensor, Energy Constant TEC Maximum Current, Voltage Via thermally , Pin Configuration: 1 Laser diode - anode (+) 2 Laser diode - cathode (-) 3 TEC (-) 4 n.c 5 n.c 6 , TEC (+) 48 1 35 24 2.7 22 19,5 54 60,5 JENOPTIK I Lasers & Material JENOPTIK
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raman amplifier

Abstract: peltier element schematic . 10 Class D Power Driver for TEC , Current Power Driver Fixed Temperature to Make Stable Wavelength TEC A TEC Current Power Driver TEC Current Controller TEC Current Controller TEC Temp. Sensor TEC Temp. Sensor TEC B PUMP LASER A Laser Current Controller PUMP LASER B Laser Current Power Driver , In this design, a switching PWM driver is used to drive the TEC. This is one approach to the output
Texas Instruments
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SBAA072 raman amplifier peltier element schematic peltier cooler schematic Diode BFM ADC 980NM pump laser edfa amplifier 30dB AMC7820

ADC 980NM pump laser

Abstract: peltier element schematic Power Driver for TEC , Current Power Driver Fixed Temperature to Make Stable Wavelength TEC A TEC Current Power Driver TEC Current Controller TEC Current Controller TEC Temp. Sensor TEC Temp. Sensor TEC B PUMP LASER A Laser Current Controller PUMP LASER B Laser Current Power Driver , full-scale matters. Driver In this design, a switching PWM driver is used to drive the TEC. This is one
Texas Instruments
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SBAA072A CP09750-01-250-G2-01 edfa rise time specifications AMC7820PFB BFM 18A edfa raman amplifier peltier schematic
Abstract: provides a soft start for a bidirectional TEC Driver when OPA 7 is configured as an integrator, as shown in Figure 5, and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero , interrupting control of the external TEC driver by the integrator OPA 7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is closed and Texas Instruments
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SBAS231A 12-BIT TQFP-48 AMC7820Y AMC7820Y/250 AMC7820Y/2K

OPA SINGLE OPERATION AMPLIFIER

Abstract: TEC Driver TEC Driver when OPA 7 is configured as an integrator, as shown in Figure 5, and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe starting , external TEC driver by the integrator OPA 7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is closed and the TEC
Texas Instruments
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OPA SINGLE OPERATION AMPLIFIER rtd tec controller DRV591 INA143 INA321

TOSA for SFP

Abstract: TEC TOSA TEC driver circuit. Secondly, in order to reduce the circuit volume, a LD driver and a limiting , power control (APC) circuitry, a TEC driver and an auto temperature control (ATC) circuitry. The , Isolator PD ROSA CPU DAC PD APC TEC Driver ATC Thermistor TEC Fig. 5 Block , suited for incorporating in a TEC if it needs huge power consumption in order to control emitting , (DFB) LD as an optical source is mounted on a micro-TEC. The miniaturization of the TEC is critical
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TOSA for SFP TEC TOSA Sumitomo TOSA TOSA DWDM TOSA ROsa optical module TOSA ROsa PRBS23-1 ECOC2004

TO8 socket

Abstract: ZnSe 1DFB-CW QCL (L12004, L12005, L12006, L12007 Series) 2Peltier TEC Driver C11330-01 3Forced Air Cooling , series) 2Peltier TEC Driver C11330-02 3Pulsed QCL Driver Module C11635 4Aspheric ZnSe lens A11331 , operation by removing the oscillating board * Two types of DC power supplies and a TEC driver are , from the pulse driver. HV INPUT (DC) 0 V to +36 V V (ic) INPUT (DC) +12 V (Typ.) TEC CONTROLLER for TO-8 EXTERNAL INPUT ITEC Driver C11330 Series Peltier TEC (thermoelectric cooler) driver is
Hamamatsu
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TO8 socket ZnSe L12004-2209H-C L12004-2190H-C L12005-1900H-C L12006-1631H-C L12007-1294H-C D-82211
Abstract: bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC Texas Instruments
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SBAS231B

AMC7820Y

Abstract: TQFP-48 bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC
Texas Instruments
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OPA4O
Abstract: soft start for a bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero , interrupting control of the external TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed Texas Instruments
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Abstract: soft start for a bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero , interrupting control of the external TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed Burr-Brown
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opas change over switch

Abstract: opa7 bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC
Texas Instruments
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opas change over switch opa7 pwm control of tec

pid PWM TEC

Abstract: bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC
Texas Instruments
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pid PWM TEC

TEC Driver

Abstract: pwm control of tec bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC
Texas Instruments
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tec driver transistor PID DSP laser diODE 1k

AMC7820

Abstract: bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC
Texas Instruments
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ISO/TS16949

AMC7820

Abstract: AMC7820Y bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC
Texas Instruments
Original
Abstract: bidirectional TEC Driver when OPA7 is configured as an integrator (see Figure 6) and the TEC driver is referenced to 2.5V (see the Application section). Pin 1 (SW2_OUT) drives the external TEC driver. A value of 2.5V from this pin sets the TEC driver output current to zero, implementing a safe (zero current , TEC driver by the integrator OPA7. The actions of switches SW2 and SW3 apply 2.5V to pin 1, setting the external TEC driver output current to zero. Switch SW4 is also closed and the TEC Texas Instruments
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