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ATE J High Speed

ATE J High Speed

ATE J High Speed

Product catalog summary
Overview: This document provides technical specifications for various ATE and ATR devices, detailing their power supply requirements, measurement capabilities, radio transmission features, and environmental characteristics. Each device is designed for specific applications, such as high-speed data acquisition, low-speed data acquisition, thermocouple measurements, and accelerometer compatibility.
ATE J High Speed:
  • Power Supply: Operates on battery input (2.5-5 Vdc) or induction input (7-28 Vdc).
  • Measurement Channels: Two synchronous channels with bridge impedance of 120-1000 Ω.
  • Sampling Frequency: 13.89-41.67 kHz with 15-bit resolution.
  • Radio Transmission: 8 channels, central frequency of 2.41-2.48 GHz, and power transmission of -17 to +3 dBm.
  • Environmental: Dimensions of 42.7 x 20.6 x 12 mm, weight of 18 g, and operating temperature range of -40 to +125°C.
ATE J Low Speed:
  • Power Supply: Similar to the high-speed version with lower consumption rates.
  • Measurement Channels: Two synchronous channels with a sampling frequency of 1-1000 Hz and 16-bit resolution.
  • Radio Transmission: Similar to the high-speed version but with a narrower bandwidth of ±0.5 MHz.
ATE 4Tc Diff and 12Tc Diff:
  • Power Supply: Operates on battery or induction input with varying consumption rates.
  • Measurement Channels: Supports multiple thermocouple types with 4 or 12 synchronous channels.
  • Sampling Frequency: 1-200 Hz with 16-bit resolution.
  • Radio Transmission: 16 channels with similar specifications to other models.
ATE Acc:
  • Power Supply: Similar to other ATE models with specific consumption rates.
  • Measurement Channels: Single channel with a sampling frequency of 13.89-41.67 kHz and 15-bit resolution.
  • Compatibility: Compatible with ADXL001 sensors for acceleration measurements.
ATR:
  • Power Supply: Requires a minimum of 5W with a voltage range of 12-30 Vdc.
  • Digital and Analog Restitution: Standard USB 2.0 and optional CAN 2B, with configurable voltage ranges.
  • Radio Reception: Supports up to 4 radio cards with 16 channels each.
  • Environmental: Dimensions vary based on the number of RF cards, with an operating temperature range of -20 to +85°C.
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Catalog excerpts

ATE J High Speed-1

ATE J High Speed Ordering Code ATE 2 J i 40k – HT 1 = 1 channel 2 = 2 channel i = current excitation u = voltage excitation Receiver configuration code : « JHS » Supply Battery input (see also PackBattLiPo) Induction input(see also InducPack & ATIND13M) Consumption (3.6V - off sensor excitation) Consumption (12V - off sensor excitation) Measurment channel Synchronous channels count Bridge impedance Active branch (bridge complement on module) Current excitation (i Version) Voltage excitation (u Version) Sampling frequency Resolution Out of band rejection Full scale differential input range G=28 G=1300 Full scale accuracy (after calibration) Radio transmission Channels count Central Frequency Bandwidth Power transmission Environmental characteristics Dimension (excluding antenna) Weight Acceleration resistance Operating temperature range (commerciale range) Operating temperature range (industrielle range) 15 Rue Jean Bertin, BP79 45430 CHECY FRANCE +33(0) 2 38 46 63 00 email : [email protected] web: http://www

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ATE J High Speed-2

ATE J Low Speed Ordering Code ATE 2 J i LS – HT 1 = 1 channel 2 = 2 channel Receiver configuration code : « JLS » i = current excitation u = voltage excitation Supply Battery input (see also PackBattLiPo) Induction input(see also InducPack & ATIND13M) Consumption (3.6V - off sensor excitation) Consumption (12V - off sensor excitation) Measurment channel Synchronous channels count Bridge impedance Active branch (bridge complement on module) Current excitation (i Version) Voltage excitation (u Version) Sampling frequency Resolution Out of band rejection Full scale differential input range G=28...

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ATE J High Speed-3

ATE 4Tc Diff Ordering Code ATE4TcDiff – HT HT = -40/+125°C blank = -20/+85°C Receiver configuration code : « 4Tc » Supply Battery input (see also PackBattLiPo) Induction input(see also InducPack & ATIND13M) Consumption (3.6V - off sensor excitation) Consumption (12V - off sensor excitation) Measurment channel Synchronous channels count Supported thermocouple Sampling frequency Resolution Out of band rejection Full scale differential input range Cold junction accuracy measurement accuracy measurment Radio transmission Channels count Central Frequency Bandwidth Power transmission Environmental...

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ATE J High Speed-4

ATE 12Tc Diff Ordering Code ATE12TcDiff – HT HT = -40/+125°C blank = -20/+85°C Receiver configuration code : « 12Tc » Supply Battery input (see also PackBattLiPo) Induction input(see also InducPack & ATIND13M) Consumption (3.6V - off sensor excitation) Consumption (12V - off sensor excitation) Measurment channel Synchronous channels count Supported thermocouple Sampling frequency Resolution Out of band rejection Full scale differential input range Cold junction accuracy measurement accuracy measurment Radio transmission Channels count Central Frequency Bandwidth Power transmission Environmental...

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ATE J High Speed-5

ATE Acc Ordering Code ATE Acc 20k – HT HT = -40/+125°C blank = -20/+85°C Sampling frequency : 13k / 20k / 27k / 40k Receiver configuration code : « JHS » Compatible with sensors ADXL001 (±70 g, ±250 g, ±500 g) Min Supply Battery input (see also PackBattLiPo) Induction input(see also InducPack & ATIND13M) Consumption (3.6V - off sensor excitation) Consumption (12V - off sensor excitation) Measurment channel Channel count Sampling frequency Resolution Out of band rejection Full scale differential input range Radio transmission Channels count Central Frequency Bandwidth Power transmission Environmental...

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ATE J High Speed-6

ATR Ordering Code ATR2RF – JLS – JHS - 1 = 1 RF card 2 = 2 RF cards 3 = 3 RF cards 4 = 4 RF cards RF4 configuration RF3 configuration RF2 configuration RF1 configuration JLS : Gauge Low Speed JHS : Gauge High Speed ou Accelerometer nTc : Thermocouple with n : 4, 8 ou 12 Supply 5W minimum Digital Restitution Standard Optional Analog Restitution Out count Expansion module (optional) Connectors (cables) Configurable voltage range Resolution Restitution noise Radio Reception Radio cards count (1 emitter module by card) Channels count Central Frequency Power transmission (remote control) High Speed...

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