All Alternatives

Alternatives to Guestgood GP8212S-TC50-EW

Guestgood GP8212S-TC50-EW and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

Equivalent and substitute parts for Guestgood GP8212S-TC50-EW

GP8212S-TC50-EW compared against its qualified second sources
GP8212S-TC50-EWGuestgoodGP8302-TC50-EWGuestgoodGP8202SL-TC50-EWGuestgood
FFF CompatibilityIdentical ESOP-8 pin assignment (SCLK, SDA, NC, VCC, GND, FB, IOUT, V5V) and exposed thermal pad.Same ESOP-8 package style and dimensions.Lower DAC resolution (12-bit 0x000-0xFFF vs 15-bit 0x0000-0x7FFF), higher linearity error (0.1% vs 0.01%), and narrower supply voltage range (18V-36V vs 9V-36V).Identical ESOP-8 pin Assignments (Pin 1: SCLK, Pin 2: SDA, Pin 3: NC, Pin 4: VCC, Pin 5: GND, Pin 6: FB, Pin 7: IOUT, Pin 8: V5V) and exposed thermal pad.Same ESOP-8 footprint and dimensions.Lower DAC resolution (12-bit vs 15-bit) and higher linearity error (0.1% vs 0.01%).
AI Summary

GP8212S-TC50-EW by Guestgood: 9V~36V I2C ESOP-8 Digital to Analog Converters (DAC) RoHS.

GP8302-TC50-EW is a drop-in 12-bit variant within the same Guestgood I2C current loop DAC family. It uses the exact same ESOP-8 pinout and driving topology, but offers 12-bit resolution and requires a minimum supply voltage of 18V instead of 9V.

  • Same pinout and ESOP-8 footprint for easy physical mounting
  • Identical I2C interface and 4-20mA/0-20mA current loop output conversion topology
  • Lower DAC resolution: 12-bit (0x000 to 0xFFF) compared to 15-bit (0x0000 to 0x7FFF)
  • Higher linearity error: 0.1% typical vs 0.01% typical

GP8202SL-TC50-EW is a 12-bit I2C to 4-20mA current DAC from Guestgood in an ESOP-8 package. It matches the full 9V-36V supply voltage range and pinout of the GP8212S, making it a viable lower-resolution drop-in alternative.

  • Same pinout assignment (SCLK, SDA, NC, VCC, GND, FB, IOUT, V5V) in ESOP-8
  • Matching 9V to 36V operating voltage supply range
  • Lower DAC resolution: 12-bit vs 15-bit
  • Higher linearity error: 0.1% typical vs 0.01% typical
Lifecycle StatusUnknownUnknownUnknown
Market AvailabilityUnknownUnknownUnknown
REACHUnknownUnknownUnknown
RoHSUnknownUnknownUnknown
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