• Part: A7103B
  • Description: 315/433/868/915MHz ASK/FSK Transceiver
  • Manufacturer: AMICCOM
  • Size: 162.97 KB
Download A7103B Datasheet PDF
AMICCOM
A7103B
A7103B is 315/433/868/915MHz ASK/FSK Transceiver manufactured by AMICCOM.
Features .A7103A for 315MHz/433MHz, A7103B for 868/ 915MHz. .High link budget: Distance up to 1Km is possible. For 433MHz, Tx +10d Bm, Rx -108d Bm@ FSK 20Kbps BER<10E-3. -109d Bm @ ASK 20Kbps BER<10E-3. .Very low current consumption: Typical Tx 14.5m A @ FSK, 7.5m A@ ASK. Rx 8.5m A. .Very simple control interface: 3~6 control signals. .Support multi channels. .High integration: VCO, PLL, PA, LNA, Image Reject Mixer, IF Filter, Limiter, RSSI, Data Slicer, AFC, AGC… .Very few external ponents: No need external filters. .Build in image rejection mixer. Selectable IF band width (100, 200, 300 KHz). .Wide operating range: VDD=2.2~3.3V (IO 2.0~4.2V). T=-40~+85/125℃. .Auto ramp-up sequence control to optimize power consumption. XtalÆPLLÆ T/RX. .One receiver for different systems: Switching between ASK/FSK is possible. .Auto calibration to pensate process/temperature/voltage variation. .Support typical 4/12/13.56/16MHz low cost crystal. Pin Configuration Important Notice: AMIC- reserves the right to make changes to its products or to discontinue any integrated circuit product or service without notice. AMIC- integrated circuit products are not designed, intended, authorized, or warranted to be suitable for use in life-support applications, devices or systems or other critical applications. Use of AMIC- products in such applications is understood to be fully at the risk of the customer. Version 0.3 (PRELIMINARY) AMIC munication Corporation A7103 Pin Description Pin No. Pin Name RSSI Analog RSSI output. Connect a capacitor to GND. Data slicer bypass. Connect a capacitor to GND DF3 DF2 Data filter capacitors. DF1 LNA_OUT LNA output matching. GND Connect to PCB ground. LNA_IN LNA input matching. PA_OUT Tx power amplifier output. FSK_SW FSK deviation setting. Connect to a capacitor. Crystal oscillator input. VDD_A Analog power input. VDD_D Digital power...