+7 (812) 645-08-06
Application-specific Standard Products (ASSPs)
select brand
RFID transceiver - 125 kHz, max. 142 x 95 x 60 mm | ERP120 A
The ERP 30 1 series from Balogh, is a transceiver that is especially designed...
RFID transceiver - 125 kHz, max. 142 x 95 x 60 mm | ERP120 A
The ERP 30 1 series from Balogh, is a transceiver that is especially designed with dimensions of 142 mm x 80 mm x 60 mm.
An air antenna is embedded provided that it is connected to a suitable Balogh control board. It is capable of reading and writing TAL electronic tags.
An air antenna is embedded provided that it is connected to a suitable Balogh control board. It is capable of reading and writing TAL electronic tags.
RFID transceiver - 125 kHz, 18 x 76 mm | ERP18 1
The ERP 18 1 series from Balogh, is a transceiver that is specially equipped...
RFID transceiver - 125 kHz, 18 x 76 mm | ERP18 1
The ERP 18 1 series from Balogh, is a transceiver that is specially equipped with a R/W head that is meant to be compatible with tags TAL that have diameters ranging from 20 mm to 30 mm.
An air antenna is embedded provided that it is connected to a suitable Balogh control board.
An air antenna is embedded provided that it is connected to a suitable Balogh control board.
RFID transceiver - 125 kHz, 30 x 76 mm | ERP30 1
The ERP 30 1 series from Balogh is a transceiver that is specially equipped...
RFID transceiver - 125 kHz, 30 x 76 mm | ERP30 1
The ERP 30 1 series from Balogh is a transceiver that is specially equipped with a R/W head that is meant to be compatible with tags TAL that have diameters ranging from 20 mm to 30 mm.
An air antenna is embedded provided that it is connected to a suitable Balogh control board.
An air antenna is embedded provided that it is connected to a suitable Balogh control board.
Transponder - ø 26 mm | RTM -0260-000
Smooth metal transponder
Main features:
- Passive components (no battery)
- Metal...
Main features:
- Passive components (no battery)
- Metal...
Transponder - ø 26 mm | RTM -0260-000
Smooth metal transponder
Main features:
- Passive components (no battery)
- Metal housing, very rugged
- Cylindric smooth housing
- Insensible to dirt, excellent resistant
to environmental influences
- Usable memory: 120 words of 16 bit
- Possibility to protect memory ranges
with password (PIN) and words by
protection bits
Main features:
- Passive components (no battery)
- Metal housing, very rugged
- Cylindric smooth housing
- Insensible to dirt, excellent resistant
to environmental influences
- Usable memory: 120 words of 16 bit
- Possibility to protect memory ranges
with password (PIN) and words by
protection bits
Transponder - ø 28 mm | DTS_LF_RTF-1300
Main features:
- All-metal device, monobloc, extremely
robust and impermeable
- Cylindric threaded housing
- Insensibleto dirt, excellent resistance
to environmental influences
- All-metal device, monobloc, extremely
robust and impermeable
- Cylindric threaded housing
- Insensibleto dirt, excellent resistance
to environmental influences
Transponder - max. 50 mm | DTS_HF_RTP-0501 series
Synthetic transponder
Main features:
- Passive components (no battery)
- C؛ylindric...
Main features:
- Passive components (no battery)
- C؛ylindric...
Transponder - max. 50 mm | DTS_HF_RTP-0501 series
Synthetic transponder
Main features:
- Passive components (no battery)
- C؛ylindric smooth nylon housing with
hole for fixing screw
- Insensible to dirt
- Usable memory: 40 blocks of 32 bits
-Anticollision algorithm
- Various protections by password
- OTP write protection for blocks
Main features:
- Passive components (no battery)
- C؛ylindric smooth nylon housing with
hole for fixing screw
- Insensible to dirt
- Usable memory: 40 blocks of 32 bits
-Anticollision algorithm
- Various protections by password
- OTP write protection for blocks
Electroluminescent lamp controller - 60 Hz-1 kHz | MIC4826
Micrel’s MIC4826 is a high output voltage, DC to AC converter, designed for driving EL (Electroluminescent) lamps. The device operates from an input voltage range of 1.8V to 5.5V, making it suitable for 1-cell Li Ion and 2- or 3-cell alkaline/NiCad/NiMH battery applications. The MIC4826 converts a low voltage...
Electroluminescent lamp controller - 60 Hz-1 kHz | MIC4826
Micrel’s MIC4826 is a high output voltage, DC to AC converter, designed for driving EL (Electroluminescent) lamps. The device operates from an input voltage range of 1.8V to 5.5V, making it suitable for 1-cell Li Ion and 2- or 3-cell alkaline/NiCad/NiMH battery applications. The MIC4826 converts a low voltage...
Cooling fan controller - MIC502
The MIC502 is a thermal and fan management IC which supports the features for NLX/ATX power supplies and other control applications.
Fan speed is determined by an external temperature sensor, typically a thermistor-resistor divider, and (optionally) a second signal, such as the NLX "FanC" signal....
Fan speed is determined by an external temperature sensor, typically a thermistor-resistor divider, and (optionally) a second signal, such as the NLX "FanC" signal....
Cooling fan controller - MIC502
The MIC502 is a thermal and fan management IC which supports the features for NLX/ATX power supplies and other control applications.
Fan speed is determined by an external temperature sensor, typically a thermistor-resistor divider, and (optionally) a second signal, such as the NLX "FanC" signal....
Fan speed is determined by an external temperature sensor, typically a thermistor-resistor divider, and (optionally) a second signal, such as the NLX "FanC" signal....
Laser diode driver - SY88822V
The SY88822V is a high speed current switch for driving a semiconductor laser diode in optical transmission applications. The modulation current (IOUT) is controlled...
Laser diode driver - SY88822V
The SY88822V is a high speed current switch for driving a semiconductor laser diode in optical transmission applications. The modulation current (IOUT) is controlled by the current (IRSET) through the external resistor RSET. The output OUT is HIGH and no current flows through OUT when output enable is HIGH.
The device incorporates complementary open collector outputs with a 30mA maximum current driving capability. The external resistor REXT must be placed between /OUT and VCC to dissipate the worst case power. RSER is recommended to compensate for laser diode matching issues. Pin 9 and pin 10 should be connected to achieve better performance.
The device incorporates complementary open collector outputs with a 30mA maximum current driving capability. The external resistor REXT must be placed between /OUT and VCC to dissipate the worst case power. RSER is recommended to compensate for laser diode matching issues. Pin 9 and pin 10 should be connected to achieve better performance.