TSS400-S1 mPOWER PROGRAMMABLE HIGH-PRECISION SENSOR SIGNAL PROCESSOR

SLMS001 - JANUARY 1993

features

12-Bit ADC With 4-Multiplexed Inputs
Wide Supply Voltage Range 2.6 V to 5.5 V
Low Power Consumption Typical at V_DD = 3 V
- 0.1 uA in OFF Mode
- 4 uA in DONE Mode
- 80 uA in ACTIVE Mode Without A/D Conversions
- 300 uA in ACTIVE Mode With A/D Conversions
Onboard 4-MUX 56-Segment LCD Driver
Onboard Ratiometric Current Source Programmable From 0.15 mA × (SV_DD/V) to 2.4 mA × (SV_DD/V)
Two Independent Crystal Controlled Timers (32.768 kHz)
Internal MOS Oscillator Serves as System Clock
Programmable Microcontroller
Simple and Easy Programming With SMPL^TM Macro Language

features

Register-to-register instructions
Arithmetic instructions
Arithmetic compare instructions
Bit manipulation instructions
Counter instructions
Display instructions
Miscellaneous instructions
Constant transfer instructions
Timer instructions
Input/output instructions
Program flow control instructions
A/D conversion instructions

description

The TSS400 Standard (TSS400-S1) sensor signal processor is an ultra-low power, intelligent, 12-bit A/D converter (ADC) that has been preprogrammed with the Sensor Macro Programming Language

(SMPL^TM) interpreter. This language allows fast, easy, and economical customization of the TSS400-S1 to a wide range of sensor signal processing applications. The application specific programs that customize the operation of the TSS400-S1 are stored in external EEPROMs along with any additional data required by the application. The main components of the TSS400-S1 are a four-input multiplexed 12-bit ADC, a programmable constant current source, an LCD driver capable of driving 56 segments using a 4-MUX drive scheme, two crystal controlled independent timers, an on-board RAM, six output-only pins (R1 to R6), a 4-bit programmable I/O port (K1, K2, K4, K8), and I²C serial EEPROM communications. Operation of the TSS400-S1 is very adaptive because it is controlled by a SMPL language program. These programs can be stored in an external EEPROM (standalone mode) or stored in a host computer (slave mode). The SMPL language is a powerful, easy to learn, and easy to use macro language. Some of the SMPL language features are single-command EEPROM read and EEPROM write operations, three levels of subroutines, a single-command A/D conversion instruction that specifies the number of conversions and the type of conversion (either compensated or noncompensated) to be made, and two reduced power consumption modes (DONE and OFF).

Title: MICRO POWER PROGRAMMABLE HIGH-PRECISION SENSOR SIGNAL PROCESSOR
Product Family: SPECIAL FUNCTIONS
Device Functionality: SPECIAL FUNCTIONS
Orderable Devices: TSS400CFN-S1, TSS400QFN-S1

View the complete PDF datasheet: slms001.pdf (312 K Bytes) (Requires Acrobat Reader 3.x)

View more information about generic part numbers:TSS400-S1

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