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quality 360 ERA hollow shaft angle sensor Amphenol PST360G2-1A-C0000-ERA360-05K with SPI output and 5V tolerant inputs factory
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quality 360 ERA hollow shaft angle sensor Amphenol PST360G2-1A-C0000-ERA360-05K with SPI output and 5V tolerant inputs factory
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Specifications
Voltage - Supply:
4.5V~5.5V
Mfr. Part #:
PST360G2-1A-C0000-ERA360-05K
Key Attributes
Model Number: PST360G2-1A-C0000-ERA360-05K
Product Description

Product Overview

The PST-360 is a sensor featuring a digital Serial Peripheral Interface (SPI) protocol mode, operating as a slave node. It provides angle measurement with a continuous calculation and holds the last calculated angle for master retrieval. The device supports a 360 ERA (Electronic Rotary Angle) measurement and is designed for applications requiring precise angle sensing via a digital interface. It communicates using a three-wire protocol (/SS, SCLK, MOSI-MISO) and is tolerant to 5V on its digital input pins.

Product Attributes

  • Brand: Piher Sensors & Controls SA (an Amphenol company)
  • Protocol: SPI Protocol
  • Output Function: Curve 0000
  • Rotor Type: Hollow Shaft (ERA360)
  • Origin: Spain

Technical Specifications

Specification Value Details
Model PST360G2-1S-C0000-ERA360-05K
Rotor Diameter 14mm
Supply Voltage (Vdd) 5V 10%
Temperature Range -40 C to +125 C
Signal Output SPI Protocol Simple - SPI Protocol (360 ERA)
SPI /SS Pin Tolerance 5V Digital input
SPI SCLK Pin Tolerance 5V Digital input
SPI MOSI-MISO Pin Tolerance 5V Open drain digital input/output
Slave Start-Up Time < 16 s After power-up or internal failure. /SS and SCLK ignored during this time.
Slave Reset Time (t5) 1.5 ms Minimum time for master to deactivate /SS for synchronization.
Data Frame Structure 10 bytes 2 start bytes (AAh, FFh), 2 data bytes (DATA16), 2 inverted data bytes (/DATA16), 4 all-Hi bytes.
Communication Mode Slow mode Max 1.5 ms between frames.
Timing t1 (Min Clock Period) 6.9 s For oscillator base frequency of 7MHz.
Timing t2 (Min Time Between Bytes) 37.5 s For oscillator base frequency of 7MHz.
Timing t4 (Min Time) 6.9 s For oscillator base frequency of 7MHz.
Timing t6 (Min Time) 6.9 s Between /SS=Lo and first clock edge. For oscillator base frequency of 7MHz.
Timing t7 (Min Time) 45 s Between StartByte and Byte0. For oscillator base frequency of 7MHz.
Timing t9 (Max Time) < 1 s Minimum time between reset-inactive and any master signal change. For oscillator base frequency of 7MHz.
Reference Position Rotor shown at zero position

2411220423_Amphenol-PST360G2-1A-C0000-ERA360-05K_C17362448.pdf

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