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PDF STPM11 Data sheet ( Hoja de datos )
| Número de pieza | STPM11 | |
| Descripción | (STPM11 - STPM14) Single phase energy metering IC | |
| Fabricantes | STMicroelectronics | |
| Logotipo |  |
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STPM11/12/13/14
Single phase energy metering IC with pulsed output
and digital calibration
Feature summary
■ Ripple free active energy pulsed output
■ Direct stepper counter drivers
■ Shunt, current transformer, Rogowsky coil
sensors
■ Live and neutral monitoring (STPM13/14)
■ Easy and fast digital calibration at only one
load point
■ No-load, negative power and tamper indicators
■ Integrated linear VREGS
■ RC (STPM11/13) or crystal oscillator
(STPM12/14)
■ Support 50÷60 HZ - IEC62052-11, IEC62053-
2X specification
■ Less than 0.1% error
Description
The STPM1x family is designed for effective
measurement of active energy in a power line
system using a Rogowski Coil, Current
Transformer and Shunt sensors. This device is
specifically designed to provide all the necessary
features to implement a single phase energy
meter without any other active component. The
STPM1x device family consists, essentially, of two
parts: the analog part and the digital part. The
former, is composed of a preamplifier and first
order ∑∆ A/D converter blocks, band gap
TSSOP20
voltage reference, low drop voltage regulator. The
digital part is composed of a system control,
oscillator, hard wired DSP and interface for
calibration and configuration.
The calibration and configuration are done by
OTP cells, that can be programmed through a
serial interface. The configured bits are used for
testing, configuration and calibration purposes.
From two ∑∆ output signals coming from the
analog section, a DSP unit computes the amount
of consumed active energy. The active energy is
available as a pulse frequency output and directly
driven by a stepper counter. In the STPM1X an
output signal with pulse frequency proportional to
energy is generated. This signal is used in the
calibration phase of the energy meter application
allowing a very easy approach. When the device
is fully configured and calibrated, a dedicated bit
of OTP block can be written permanently in order
to prevent accidental entry into test mode or
changing any configuration bit.
Order code
Part number
STPM11ATR
STPM12ATR
STPM13ATR
STPM14ATR
March 2007
Package
TSSOP20 (Tape & reel)
TSSOP20 (Tape & reel)
TSSOP20 (Tape & reel)
TSSOP20 (Tape & reel)
Rev. 3
Packaging
2500 parts per reel
2500 parts per reel
2500 parts per reel
2500 parts per reel
1/43
www.st.com
43
1 page  
STPM11/12/13/14
2 Pin configuration
Figure 2. Pin connections (top view)
Pin configuration
Table 1.
Pln N°
Pin description
Symbol Type (1)
Name and function
1
MON
P O Output for Stepper’s node
2
MOP
P O Output for Stepper’s node
3
SCS
D IN Enable or disable configuration interface for device configuration.
4
VDDD
A OUT 1.5V Output of internal low drop regulator which supplies the digital core.
5 VSS GND Ground.
6 VCC P IN Supply voltage.
7
VOTP
P INr Supply voltage for OTP cells.
8
VDDA
A OUT 3V Output of internal low drop regulator which supplies the analog part.
9 IIP1 A IN Positive input of primary current channel
10 IIN1 A IN Negative input of primary current channel
11 IIP2 A IN Positive input of secondary current channel (STPM13/14 only)
12 IIN2 A IN Negative input of secondary current channel (STPM13/14 only)
13 VIP A IN Positive input of voltage channel
14 VIN A IN Negative input of voltage channel
15 SYN-NP D I/O Negative power indicator. (Configuration interface)
16
CLKIN
A IN Crystal oscillator input or resistor connection if RC oscillator is selected
17 CLKOUT A OUT Oscillator output (RC or crystal)
18 SCL/NLC D I/O No-load condition indicator. (Configuration interface)
19
SDATD
D I/O Tamper detection indicator. (Configuration interface)
20 LED D O Pulsed output proportional to Active Energy
1. A: Analog, D: Digital, P: Power
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5 Page 
STPM11/12/13/14
Typical performance characteristics
6 Typical performance characteristics
Figure 3. Supply current vs supply voltage, Figure 4. RC Oscillator frequency vs VCC,
TA=25°C
R=12kΩ, TA=25°C
Figure 5. RC Oscillator: Frequency jitter vs Figure 6. Analog voltage regulator: Line -
temperature
load regulation
Figure 7. Digital voltage regulator: Line - load Figure 8. Voltage channel linearity at
regulation
different VCC voltages
11/43
11 Page | ||
| Páginas | Total 30 Páginas | |
| PDF Descargar | [ Datasheet STPM11.PDF ] | |
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