SA9102CPA SAMES, SA9102CPA Datasheet

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SA9102CPA

Manufacturer Part Number
SA9102CPA
Description
Manufacturer
SAMES
Datasheet

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Part Number:
SA9102CPA
Quantity:
15
DESCRIPTION
The SAMES SA9102C Single Phase
unidirectional Power/Energy metering
integrated circuit generates a pulse rate
output, the frequency of which is
proportional to the power consumption.
The SA9102C performs the calculation for
active power.
This method of calculation takes the power
factor into account.
Energy consumption is determined by the
power measurement being integrated over
time.
This innovative universal single phase
power/energy metering integrated circuit
is ideally suited for energy calculations in
applications such as electricity dispensing
systems (ED's), residential municipal
metering and factory energy metering and
control.
The SA9102C integrated circuit is available
in both 20 pin dual-in-line plastic (DIP-20),
as well as 20 pin small outline (SOIC-20)
package types.
2047
FEATURES
Performs unidirectional power and
energy measurement
Meets the IEC 521/1036 Specification
requirements for Class 1 AC Watt hour
meters
Protected against ESD
Total power consumption rating typically
25mW
SINGLE PHASE UNIDIRECTIONAL POWER/ENERGY
sames
METERING IC PULSE OUTPUT
PIN CONNECTIONS
IIN
CVON
CVOP
OSC2
IIP
VREF
CVIN
CVIP
V DD
NC
Adaptable to different types of current
sensors
Operates over a wide temperature
range
Precision voltage reference on-chip
Different pulse rate options available
PDS039-SA9102C-001
10
1
2
3
4
5
6
7
8
9
Package: DIP-20
DR-00020
REV. D
SOIC-20
SA9102C
20
19
18
17
16
15
14
13
12
11
IVP
CION
CIOP
CIIN
CIIP
V SS
FOUT2
OSC1
05-09-1995
GND
FOUT1
1/12

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SA9102CPA Summary of contents

Page 1

... Class 1 AC Watt hour meters Protected against ESD Total power consumption rating typically 25mW DESCRIPTION The SAMES SA9102C Single Phase unidirectional Power/Energy metering integrated circuit generates a pulse rate output, the frequency of which is proportional to the power consumption. The SA9102C performs the calculation for active power ...

Page 2

... This is a stress rating only. Functional operation of the device at these or any other condition above those indicated in the operational sections of this specification, is not implied. Exposure to Absolute Maximum Ratings for extended periods may affect device reliability. 2/12 sames Symbol Min V -V -0.3 ...

Page 3

... Input Current Range Pins FOUT1, FOUT2 Output Low Voltage Output High Voltage Pulse Rate FOUT1 1 FOUT2 Oscillator Pin VREF Ref. Current Ref. Voltage Note 1: An option of FOUT2 = f # Extended Operating Temperature Range available on request. sames Symbol Min Typ V 2. -2. ...

Page 4

... Internal offsets are eliminated through the use of cancellation procedures. The SA9102C generates pulses, the frequency of which is proportional to the power consumption. Two frequency outputs' (FOUT1 and FOUT2) are available, with a third frequency option available on request. 4/12 sames Description Ground Positive Supply Voltage Negative Supply Voltage ...

Page 5

... These inputs are protected against electrostatic discharge through clamping diodes, in conjunction with the amplifiers input configuration. The feedback loops from the outputs of the amplifiers A shorts on the signal inputs. Exact duplications of the input currents are generated for the analog signal processing circuitry. sames V DD IIP CURRENT ...

Page 6

... R defines all on-chip bias and reference currents. With R 7 are set. R may be varied within ±10% for calibration purposes. Any change affect the output quadratically (i.e.: R 6/12 sames / +10%). 24k , optimum conditions 7 will ...

Page 7

... Input current for voltage input (14µA at rated Reference current (typically 50µA) R XTAL is a colour burst TV crystal (f = 3.5795MHz) for the oscillator. The oscillator frequency is divided down to 1.7897MHz on-chip to supply the digital circuitry and the A/D converters. sames FOSC 3.58MHz I ...

Page 8

... SA9102C Figure 1: Application Circuit using a Shunt Resistor for Current Sensing. 8/12 sames ...

Page 9

... RSH Note 1: Resistor (R1 and R2) values are dependant upon the selected value of RSH. Note 2: Capacitor (C15 positioned as close to Supply Pins (V possible. Note 3: See TYPICAL APPLICATIONS when selecting the value of RSH. sames Description SA9102C Optocoupler 4N35 Diode, Silicon, 1N4148 Diode, Silicon, 1N4148 ...

Page 10

... SA9102C Figure 2: Application Circuit using a Current Transformer for Current Sensing. Note: Capacitor C11 may be selected for phase compensation and DC blocking. 10/12 sames ...

Page 11

... Note 2: Resistor (R1and R2) values are dependant upon the selected value of RSH. Note 3: Capacitor (C9 positioned as close to Supply Pins (V as possible. Note 4: Capacitor (C11) selected to minimize phase error introduced by current transformer (typically 1.5µF) ORDERING INFORMATION Part Number Package SA9102CPA SA9102CSA SOIC-20 sames Description SA9102C Crystal, 3.5795MHz Resistor ...

Page 12

... The information contained in this document is confidential and proprietary to South African Micro- Electronic Systems (Pty) Ltd ("SAMES) and may not be copied or disclosed to a third party, in whole or in part, without the express written consent of SAMES. The information contained herein is current as of the date of publication ...

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