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PDF AMIS-52150 Data sheet ( Hoja de datos )

Número de pieza AMIS-52150
Descripción Low-Power Transceiver
Fabricantes AMI SEMICONDUCTOR 
Logotipo AMI SEMICONDUCTOR Logotipo



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No Preview Available ! AMIS-52150 Hoja de datos, Descripción, Manual

AMIS-52150
Low-Power Transceiver with Clock and Data Recovery
Data Sheet
1.0 Introduction
The AMIS-52150 is a cost-effective, ultra-low power single-chip wireless transceiver. It combines the proven Amplitude Shift Key/On-Off
Key (ASK/OOK) modulation technology of the AMIS-52050 with data clock recovery.
Based on key features, such as dual independent receive channels, Quick Start crystal oscillator, Sniff Mode™ signal acquisition, and
data clock recovery, the AMIS-52150 is ideally suited for a wide range of applications, including point-to-point wireless data links, cost-
optimized wireless monitor solutions, and very low power remote wireless sensors, among others.
2.0 Key Features
Data clock recovery
Auto slicing of data
Very low-power single-chip transceiver
Minimal external components
Low-power RC oscillator
Quick Start crystal oscillator
Ultra-low power RF Sniff Mode™, with wake-up on RSSI
Internal trim functions reduce external component requirements
I2C control interface
Serial TX/RX data port
Clock generation for an external microprocessor
Wake-up on RSSI
Antenna diversity dual receiver
Internal VCO/PLL tuning varactor
Wake-up interrupt to external controller
3.0 Technical Features
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Operating frequency range:
o Quick Start, from 350MHz to 448MHz
o Non-Quick Start, from 300MHz to 768MHz
TX output power: +12dBm
RX sensitivity:
o Sniff Mode: -93dBm minimum
o Receive: -117dBm minimum @ 1Kbps, with CDR
Data rate:
o 1-8Kbps with Manchester Coding
o 1-16Kbps with NRZ data
Power requirements:
o Receive: 7.5mA (Continuous)
o Transmit: 25mA @ full power (50 percent duty-cycle)
o Sniff Mode: 75uA (One percent duty-cycle)
o Standby: 500nA (RC oscillator running)
Operating voltage: 2.3V to 3.6V
Modulation: ASK/OOK
Xtal start time: 15us (Quick Start)
Sniff ModeTM polling: 0.5ms to 16s (0.5ms or 64ms steps)
PLL lock time: <50us
Selectable data filter: Up to 20kHz
AMI Semiconductor – Apr. 07 – M-20535-006
www.amis.com
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AMIS-52150 pdf
AMIS-52150
Low-Power Transceiver with Clock and Data Recovery
6.0 Pin Definitions
This section describes the pins of the AMIS-52150 package.
Table 8: Pin Description
Pin# Name
1 RX1 RF
2 RX2 RF
3 VCO2
4 VCO1
5 LPFILT
6 RSSI/
Bandgap Out
7 NC
8 CREF
9 GND
10 CLKOUT
11 X1
12 X2
13 IIC Data
14 NC
15 IIC Clock
16 TX/RX DATA
17 VDD
18 RFPWR
19 RFOUT RF
20 RFGND
Type
RF
RF
Ana
Ana
Ana
Ana
Ana
Ana
Dig
Ana
Ana
Dig
Dig
Dig
Ana
Ana
RF
Ana
Comments
Receive RF input 1
Receive RF input 2
Voltage controlled oscillator 2
Voltage controlled oscillator 1
Loop filter
Analog RSSI output or bandgap output
No electrical connection
Current bias precision resistor
Analog/digital ground
RC, XTAL, or data clock output
Xtal input
Xtal output
IIC interface data I/O
No electrical connection
IIC interface clock
Data transmit, data receive or recovered data
Positive power supply
Regulated voltage
Output for RF transmitter circuitry
Transmit RF output
RF ground
7.0 Package Outline
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Data Sheet
Figure 2: Package Outline
AMI Semiconductor – Apr. 07 – M-20535-006
www.amis.com
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AMIS-52150 arduino
AMIS-52150
Low-Power Transceiver with Clock and Data Recovery
Data Sheet
8.11 VDD, Supply Voltage Pin
The VDD pin is the power supply pin for the AMIS-52150. The voltage on this pin is typically 3.0V. Please refer to the section
“Operating and Maximum Specifications” of this document for the VDD operating conditions.
8.12 RFPWR, DC Voltage Output Pin
In the AMIS-52150, a regulated DC voltage is generated and outputted at the RFPWR pin. This voltage should be fed through a DC
connection to the RFOUT pin in order to power the output stage of the RF PA. The voltage level is adjusted based on the value of the
register setting, as shown in Table 19.
Table 19: TX Voltage Control Register
RFPWR Voltage Control Register
Register (HEX) Name
0x02
RFPWR trim
Bits States Comments
All 0xff is highest power
8.13 RFOUT, RF Output Signal Pin
In the AMIS-52150, a high efficiency non-linear output driver is used to produce the high power RF signal. This driver must be
connected through a DC connection to the RFPWR pin. External components are required to match the output to a 50Ω load, or to an
external antenna, respectively.
Figure 6 shows a typical matching circuit for the RFOUT pin.
8.14 RFGND, RF Ground Pin
The RFGND pin is the ground connection for the RF circuits in the device.
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Figure 6: Typical RFOUT Output Impedance Match to 50(402MHz)
AMI Semiconductor – Apr. 07 – M-20535-006
www.amis.com
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