Military & Defense Industry Components - Rhopoint Components

ISOCOM CSM1224

Lee Waterman — Wed, 16 Oct 2024 13:16:11 +0000

This device is a single channel, hermetically sealed optically coupled isolator. It is composed of a Gallium Arsenide infrared emitting diode and a silicon phototransistor.

The CSM1224 series is being used in environments encountered by space applications. Package styles for this device include an LCC-6 package, with solder dip option available.

Absolute maximum ratings, recommended operating conditions, electrical specifications and performance characteristics are identical for all units.

Key features of the CSM1224 include:

Hermetically Sealed
Radiation Tolerant tested to 150 Krad(si)
High Isolation up to 1,000VDC
LCC-6 Package
Low Input Requirements
High Current Transfer Ratio

Typical applications for the CSM1224 include:

Space Equipment and Systems
Military and High Reliability Systems
Medical Instruments
MOS/CMOS Applications
Logic Interfacing
Data Transmission
Power Supply
Modems

ISOCOM is a leading manufacturer of high-reliability optocouplers and optoelectronic components, specializing in products designed for space, military, and industrial applications. With a focus on radiation-hardened and hermetically sealed devices, ISOCOM provides components known for durability in extreme environments. To learn more about their wide range of products and industry expertise, you can visit their website at www.isocom.uk.com.

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ISOCOM CSM1200

Lee Waterman — Wed, 16 Oct 2024 13:16:09 +0000

This device is a single channel, hermetically sealed optically coupled isolator. It is composed of a Gallium Arsenide infrared emitting diode and a silicon phototransistor.

The CSM1200 series is being used in environments encountered by space applications. Package styles for this device include an LCC-6 package, with solder dip option available.

Absolute maximum ratings, recommended operating conditions, electrical specifications and performance characteristics are identical for all units. Any exceptions, due to packaging variations and limitations, are as noted.

Key features of the CSM1200 include:

Radiation Tolerance tested to 150 Krad(si)
Hermetically Sealed
High Isolation up to 1,000VDC
LCC-6
Low input requirements
High Current Transfer Ratio

Typical applications for the CSM1200 include:

Space Equipment and Systems
Military and Hi-reliability Systems
Medical Instruments
MOS/CMOS Applications
Logic Interfacing
Data Transmission
Power Supply
Modems

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ISOCOM CSM166

Lee Waterman — Wed, 16 Oct 2024 13:16:05 +0000

The CSM166 is a hermetically sealed, dual or quad channel optically coupled isolator. Each channel is composed of a Gallium Arsenide infrared emitting diode and silicon phototransistor.

The series is being used in environments encountered by space applications. Package styles for this device include a 16-Pin flatpack package, with solder dip options available.

Key features of the CSM166 include:

Radiation Tolerance tested up to 150 Krad(Si)
High Isolation Voltage up to 1,500 VDC
High Current Transfer Ratio
Hermetically Sealed

Typical applications for the CSM166 include:

Space Radiation Equipment
Military and high reliability systems
Medical instruments
MOS/CMOS Applications
Logic Interfacing
Data Transmission
Power Supply
Modems

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ISOCOM CSM100

Lee Waterman — Wed, 16 Oct 2024 13:16:03 +0000

The CSM100 is a hermetically sealed, single-channel optically coupled isolator. It is composed of an infrared emitting diode and silicon phototransistor.

The CSM100 series is being used in environments encountered in space applications. Package styles for this device include a 4-Pin LCC package with solder dip options available.

Key features of the CSM100 include:

Total Ionising Dose Tested to 150 Krad(Si)
Displacement Damage Tested to 1 MeV x 1013
Withstand Test Voltage of 1,000 VDC
High Current Ratio
Low Input Requirements
4-Pin LCC Package
Hermetically Sealed
Small Outline Package for Surface Mount

Typical applications for the CSM100 include:

Space Equipment and Systems
Military Equipment and Systems
Medical Instruments
MOS / CMOS Applications
Logic Interfacing
Data Transmission
Power Supply
Modems

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ISOCOM CS201

Lee Waterman — Wed, 16 Oct 2024 13:16:02 +0000

The CS200 series are hermetically sealed, single-channel optically coupled isolators. Each channel is composed of a Gallium Arsenide infrared emitting diode and silicon phototransistor.

These optocouplers are being used in environments encountered in space applications. Package styles for this device include a 6-Pin DIP Package, with surface mount and solder dip options available.

Key features of the CS201 include:

Total Ionising Dose Tested to 150 Krad(Si)
Displacement Damage Tested to 1 MeV x 1013
High Isolation up to 1,500 VDC
High Current Transfer Ratio
Low Input Requirements
Hermetically Sealed
6-DIP Package

Typical applications for the CS201 include:

Space Radiation Equipment
Military and High-Reliability Systems
Medical Instruments
MOS / CMOS Applications
Logic Interfacing
Data Transmission
Power Supplies

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ISOCOM CH101

Lee Waterman — Wed, 16 Oct 2024 13:16:00 +0000

The CH100 series is a single channel radiation hard optically coupled isolator. It is composed of an infrared emitting diode and a silicon phototransistor.

The CH100 has been designed and manufactured to meet the requirements of very low temperatures experienced in harsh environments encountered by space applications. These devices can be wire bonded within a hybrid application or mounted directly onto a PCB board offering the customer flexibility in their design. Package styles for this device include a 4-pin surface mount package, with solder dip option available.

Key features of the CH101 include:

Total Ionizing Dose tested to 150 Krad(Si)
Displacement Damage to 1 MEV x 10¹²
Low Temperature Operation up to -150°C
4-pin Surface Mount Package
Flexibility in Design for mounting styles
High Current Transfer Ratio
High Isolation Voltage up to 1,000Vdc

Typical applications for the CH101 include:

Space Equipment and Systems
Military and High Reliability Systems
Medical Instruments
Suitable for Hybrid Packaging
MOS/CMOS Applications
Data Transmission
Power Supply
Logic Interfacing

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ISOCOM CS600

Lee Waterman — Wed, 16 Oct 2024 13:15:58 +0000

These devices are single, hermetically sealed optically coupled isolators. Each channel is composed of a Gallium Arsenide infrared emitting diode coupled to an integrated high speed photon detector. The output of the detector is an open collector Schottky clamped transistor. These optocouplers have internal shield providing a guaranteed common mode transient immunity specification of 1,000 V/μs. These optocouplers are for Isolation Voltage applications requiring up to 2,500 VDC.

The CS600 series is being used in environments encountered by space applications. Package styles for this device include 8-pin DIP package, with surface mount and solder dip options available.

Key features of the CS600 include:

Total Ionizing Dose tested to 1 Mrad(si)
Displacement Damage tested to 1 MEV x 10¹³
Hermetically Sealed
High Withstand Test Voltage up to 1,500VDC
8-pin DIP Package
High Common Mode Rejection
High Speed – typically 10 Mbits/s (75ns max)

Typical applications for the CS600 include:

Space Radiation Equipment
Military, high reliability system
Medical instruments
MOS, CMOS Applications
Logic Interfacing
Data Transmission
Power Supply
Modems

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ISOCOM CSM160

Lee Waterman — Wed, 16 Oct 2024 13:15:56 +0000

These devices are hermetically sealed, dual-channel and quad-channel optically coupled isolators. Each channel is composed of a Gallium Arsenide infrared emitting diode and a high gain photon detector. The high gain output stage features an open collector output providing bother low output saturation and a higher speed of operation than what is possible with conventional photodarlington couplers.

The CSM160 series are being used in environments encountered in space applications. Package styles for this device include a 16-Pin flatpack package with solder dip options available. These packages have a shield effect to cut off ambient light, as they are designed for high density mounting applications.

Key features of the CSM160 include:

Total Ionising Dose Tested to 30 Krad(Si)
Displacement Damage Tested to 3 MeV x 1012
High Current Transfer Ratio (Typically 1000%)
Low Input Requirements 0.5mA
Hermetically Sealed
16-Pin Flatpack

Typical applications for the CSM160 include:

Space Radiation Equipment
Military and High-Reliability Systems
Medical Instruments
MOS / CMOS Applications
Logic Interfacing
Data Transmission
Power Supply

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ISOCOM IS49

Lee Waterman — Wed, 16 Oct 2024 13:15:53 +0000

The IS49 is a hermetically sealed, single channel optically coupled isolator. It is comprised of an infrared emitting diode and a silicon phototransistor.

The IS49 is being used in environments encountered in space applications. Package styles for this device include a 6-Pin LCC package with solder dip options available. Absolute maximum ratings, recommended operating conditions, electrical specifications and performance characteristics are identical for all units. Any exceptions, due to packaging variations and limitations, are as noted.

The IS49 is equivalent to 66138, 4N22U, 4N23U, 4N24U, 4N47U, 4N48U, 4N49U.

Key features of the IS49 include:

• Radiation Tolerance Tested to 150 Krad(Si)
• Displacement Damage Tested to 1 MeV x 1013
• Withstand Test Voltage of 1,000 VDC
• High Current Transfer Ratio
• Low Input Requirements
• LCC-6 Package
• Small Outline Package for Surface Mount
• Hermetically Sealed

Typical applications for the IS49 include:

• Space Equipment and Systems
• Military Equipment and Systems
• Medical Instruments
• MOS / CMOS Applications
• Logic Interfacing
• Data Transmission
• Power Supply
• Modems

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Metis Engineering Cell Guard

Lee Waterman — Thu, 30 May 2024 16:04:16 +0000

Product Details

Introducing Cell Guard, a cutting-edge CAN-based sensor designed to revolutionise battery system monitoring. This versatile device measures absolute pressure, air temperature, Volatile Organic Compounds (VOCs), absolute air water content, relative humidity, dew point temperature, and acceleration. With configurable CAN bus speed and address, and an included CAN DBC file, Cell Guard integrates seamlessly into virtually any battery system, providing early detection of cell venting and moisture formation.

Cell Guard features a low power mode that continuously monitors the environment, transmitting data only when a set threshold is exceeded, thereby conserving energy. Additionally, its low side drive function pin, capable of 500mA, can be triggered when programmable thresholds are met, ensuring prompt response to critical conditions.

Equipped with a 5-pin automotive-rated Molex Nano-Fit Power connector, Cell Guard’s compact size and lightweight design allow for easy installation in most vehicles and energy storage systems. Developed in accordance with ISO26262 and rigorously tested to meet automotive standards, including ISO7637-2 2011, ISO 17650-2 2012, and ISO 17650-4 2010, Cell Guard ensures reliability and performance. Enhance your battery system’s safety and efficiency with the state-of-the-art Cell Guard sensor.

Product Features

Absolute Pressure: 0.3 to 1.2 Bar
Air Temperature: -40°C to +125°C
Volatile Organic Compounds (VOCs): 0 to 6553.5 ppm
Absolute Humidity: 0 to 35000mg/m3
Relative Humidity: 0 to 100%
Dew Point Temperature: 0 to 100°C
Shock load and duration up to ±24G

For quick desktop analysis, use alongside the Cell Guard Development Kit.

Typical applications for the Cell Guard

Battery Packs in Energy Storage Systems
Battery Packs in Electric Vehicles

Unit Specifications

Sensor	Attribute	Value
Pressure Sensor	Range	0.3 Bar to 1.2 Bar
Pressure Sensor	Resolution	0.0001 Bar
Pressure Sensor	Accuracy (0.3 to 1.1 Bar)	0.0005 Bar
Pressure Sensor	Max Update Rate	50Hz
Air Temperature [1]	Range	-40°C to 125°C
Air Temperature [1]	Resolution	1°C
Air Temperature [1]	Accuracy (@ 24VDC)	±1°C
Air Temperature [1]	Max Update Rate	5Hz
Volatile Organic Compounds (VOC's)	Range	0 to 65535 Raw
Volatile Organic Compounds (VOC's)	Range	0 to 6553.5 ppm
Volatile Organic Compounds (VOC's)	Accuracy (Worse Case)	15% [2]
Volatile Organic Compounds (VOC's)	Max Update Rate	1Hz
Absolute Humidity [3]	Range	0 to 35000mg/m3
Absolute Humidity [3]	Resolution	70mg/m3
Absolute Humidity [3]	Accuracy (Worse Case)	3% FSS
Absolute Humidity [3]	Max Update Rate	5Hz
Dew Point	Range	0°C to 100°C
Dew Point	Resolution	0.5°C
Dew Point	Accuracy (Worse Case)	-2°C
Dew Point	Max Update Rate	5Hz
Relative Humidity	Range	0% to 100%
Relative Humidity	Resolution	0.5%
Relative Humidity	Accuracy (Worse Case)	-2%
Relative Humidity	Max Update Rate	5Hz
Accelerometer [4]	Range	-24g to +24g
Accelerometer [4]	Resolution	0.01g
Accelerometer [4]	Accuracy (Worse Case)	0.1g
Accelerometer [4]	Max Update Rate	200Hz
Environment	[5] Operating temperature	-20°C to +70°C
CAN	Baud Rates [6]	1000, 500, 250 & 125kbps
CAN	Address Range [7]	1 (0x01) to 2042 (0x7FA). Default = 0x30A decimal (Hex)
Power	Voltage Range	9V to 16V (18V to 32V for 24V Version)
Power	Current (silent mode/low power @12V)	35mA (7.5 mA)
Output Pin	Voltage Range [8]	9V to 32V
Output Pin	Current	500mA
Output Pin	Type	Low Side Drive

_{[1] Air Temperature accuracy is dependent on installation, heat from the sensor itself can affect this.

[2] % of meas. value, sensor drift is 1.3% of measured value per year of operation, 90% of the sensors will be within the typical accuracy tolerance.

[3] Humidity accuracy valid from 0 to 80 deg C IC temperature.

[4] Not normally fitted, only on variant with accelerometer option selected.

[5] For the VOC the stated accuracy is achievable between -10 and 50 deg C. Nominal max temperature range is -20 to 55degC for maximum life, absolute max for sensor die temperature is 70 deg C (air temp can be greater).

[6] The default settings are 500kbps and start address 778 (0x30A), the unit has no CAN termination.

[7] The unit uses 4 CAN address which are in consecutive order from address that the unit is set to.

[8] the function pin is protected to transients up to 40VDC but is not current limited, please ensure load is not above 500mA.

[9] The function of this pin is assigned when configuring the unit please refer to the manual.}

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