SP3083E
SP3083E is Advanced Failsafe Transceiver manufactured by Sipex Corporation.
- Part of the SP3081E comparator family.
- Part of the SP3081E comparator family.
FEATURES
- 5.0V single supply operation
- Receiver failsafe on open, shorted or terminated lines
- 1/8th Unit Load, 256 transceivers on bus
- Robust ESD protection for RS-485 pins o ±15k V Air-Gap Discharge o ±15k V Human Body Model o ±8k V Contact Discharge
- Controlled driver slew rates o 115kbps, Low EMI (SP3080E, SP3081E, SP3082E) o 500kbps, Low EMI (SP3083E, SP3084E, SP3085E) o High Speed, 20Mbps (SP3086E, SP3087E, SP3088E)
- Hot Swap glitch protection on control inputs
- Driver short circuit current limit and thermal shutdown for overload protection
- Ultra-low 400µA quiescent current
- 1µA shutdown mode (except SP3081, SP3084, SP3087)
- Industry standard package footprints
RO 1 RE 2 DE 3 DI 4
8 PIN NSOIC SP3082E SP3085E SP3088E Half Duplex
8 Vcc 7 B 6 A 5 GND
Vcc 1 RO 2 DI 3 GND 4
8 PIN NSOIC SP3081E SP3084E SP3087E Full Duplex
8 A 7 B 6 Z 5Y
NC 1 RO 2 RE 3
14 PIN NSOIC
14 Vcc 13 NC 12 A 11 B 10 Z 9 Y 8 NC
APPLICATIONS
- Motor Control
- Building Automation
- Security Systems
- Remote Meter Reading
- Long or un-terminated transmission lines
DE 4 DI 5 GND 6 GND 7
SP3080E SP3083E SP3086E Full Duplex
The SP3080E-SP3088E family of RS-485 devices are designed for reliable, bidirectional munication on multipoint bus transmission lines. Each device contains one differential driver and one differential receiver. SP3082E, SP3085E and SP3088E are half-duplex devices; other part numbers are full-duplex. All devices ply with TIA/EIA-485 and TIA/EIA-422 standards. Lead-free and Ro HS pliant packages are available for all models. These devices are ruggedized for use in harsh operating conditions over the entire mon-mode voltage range from -7V to +12V. Receivers are specially designed to fail-safe to a logic high output state if the inputs are left un-driven or shorted. All RS-485 bus-pins are protected against severe ESD events up to ±15k V (Air-Gap and Human Body Model) and up to ±8k V Contact Discharge (IEC 10004-2). Drivers are protected from excess current flow caused...