| The Datasheet Archive - 100 Million Datasheets from 7500 Manufacturers. |
FIPS-140 Security Supervisors with Battery Switchover STM1403 SUP
Top Searches for this datasheetSTM1403, STM1404 FIPS-140 Security Supervisors with Battery Switchover STM1403 SUPPORTS FIPS-140 SECURITY LEVEL High-Impedance Physical Tamper Inputs Over/Under Operating Voltage Detector Security Alarm (SAL) Tamper Detection STM1404 SUPPORTS FIPS-140 SECURITY LEVEL STM1403+ Over/Under Operating Temperature Detector Over/Under Temperature Thresholds Customer-Selectable FactoryProgrammed STM1403 STM1404 100% PINCOMPATIBLE SUPERVISORY FUNCTIONS Automatic Battery Switchover Output (Open Drain) Manual (Push-button) Reset Input (MR) Power-fail Comparator (PFI/PFO) Vccsw (VCC SWITCH OUTPUT) When Switched High When Switched VBAT (BATT Indicator) Figure Package QFN16, 3x3mm BATTERY VOLTAGE DETECTOR (POWER-UP) OPTIONAL VREF (1.237V) (Available STM1403A/1404A only) BATTERY SUPPLY CURRENT (TYPICAL) STM1403: 2.8µA (VBAT 3.3V, 25°C) STM1404: 5.3µA (VBAT 3.3V, 25°C) SECURE PROFILE 16-PIN, 3x3mm, PACKAGE Table Device Options STM704 Functions(1) STM1403A STM1403B STM1403C STM1404A STM1404B STM1404C Physical Tamper Inputs Over/Under Over/Under Voltage Temperature Alarms Alarms VREF (1.237V) Option Note Note Note Note VOUT Status, During Alarm High-Z Ground High-Z Ground Vccsw Status, During Alarm Normal Mode(2) High High Normal Mode(2) High High Note: SAL, RST, PFO, Open Drain. Normal Mode: when VOUT internally switched High when VOUT internally switched battery. VREF STM1403A, STM1404A. VTPU STM1403B/C STM1404B/C. June 2005 further information contact your local sales office. STM1403, STM1404 SUMMARY DESCRIPTION STM1403/4 family security supervisors power family intrusion (tamper) detection chips targeted manufacturers terminals other systems, enable them meet physical and/or environmental intrusion monitoring requirements mandated various standards, such Federal Information Processing Standards (FIPS) entitled "Security Requirements Cryptographic Modules," published National Institute Standards Technology, U.S. Department Commerce), EMVCo, ISO, ZKA, VISA PED. STM1404 will target highest security level include both physical environmental (voltage temperature) monitoring, while STM1403 will 100% pin-compatible, functional subset STM1404, target levels lower, includes functionality STM1404, except over/under temperature monitoring. STM1403 STM1404 include Automatic Battery Switchover, Output (Open Drain), Manual (Push-button) Reset Input (MR), Powerfail Comparator (PFI/PFO), Physical and/or Environmental Tamper Detect/Security Alarm, Battery Voltage Detect features. Figure Logic Diagram STM1404A STM1403A also offer VREF (1.237V) option STM1403B/C STM1404B/C this VTPU (internally switched VBAT). VOUT Modes Either part type made available three versions, corresponding three modes VOUT (Supply Voltage Out), when (Security Alarm) asserted (active-low) upon tamper detection: STM1403A, STM1404A. VOUT stays VBAT) when driven (activated). STM1403B STM1404B. VOUT HighZ when driven (activated). STM1403C STM1404C. VOUT driven Ground when activated (may used when VOUT connected directly external SRAM that holds cryptographic codes). variants (see Table Device Options) pincompatible available security-friendly, profile, 16-pin package. Table Signal Names Vccsw(1) Switch Output Manual (Push-button) Reset Input Power-fail Input Independent Physical Tamper Detect Pins through Supply Voltage Output Active-low Reset Output Power-fail Output Security Alarm Output Battery Voltage Detect 1.237V Reference Voltage Tamper Pull-up (VCC VBAT) Back-up Supply Voltage Supply Voltage Ground VREF VBAT VTPU(1) VOUT RST(3) VOUT VCCSW(2) STM1403/4 (NH) RST(2) PFO(2) SAL(2) VREF(3) (NL) (NH) (NL) AI09682 VTPU(3) VBAT Note: VREF only STM1403/4A; VTPU STM1403B/C STM1404B/C. Normal Mode: when VOUT internally switched High when VOUT internally switched battery. SAL, RST, PFO, Open Drain. Note: DESCRIPTIONS, page full datasheet details. Normal Mode: when VOUT internally switched High when VOUT internally switched battery. SAL, RST, PFO, Open Drain. VREF only STM1403/4A; VTPU STM1403B/C STM1404B/C. STM1403, STM1404 Figure QFN16 Connections BLD(2) VCCSW(1) RST(2) SAL(2) VOUT VBAT PFO(2) VREF VTPU(3) (NH) (NL) (NH) (NL) AI09683 Note: DESCRIPTIONS, page full datasheet details. Normal Mode: when VOUT internally switched High when VOUT internally switched battery. SAL, RST, PFO, Open Drain. VREF only STM1403/4A; VTPU STM1403B/C STM1404B/C. STM1403, STM1404 Figure Block Diagram BAT54J(1,2) VBAT(1) VINT VPFI COMPARE COMPARE VCCSW VRST COMPARE trec Generator RST(3) PFO(3) VOUT VDET COMPARE POWER-UP BLD(3) VTPU(4) 1.237V VREF Generator VREF(4) COMPARE (NH) (NL) (NH) (NL) COMPARE SAL(3) High Temp.(5) Sense Temp.(5) Sense AI09684 Note: BAT54J (from STMicroelectronics) recommended. Required battery-reverse charging protection. Open Drain VREF only STM1403/4A; VTPU STM1403B/C STM1404B/C. Available only STM1404. STM1403, STM1404 TAMPER DETECTION Physical There four high-impedance physical tamper detect input pins, normally High (NH) normally (NL). Each input designed with glitch immunity. These inputs connected externally several types actuator devices (e.g., switches, wire mesh). tamper four inputs that causes state change will trigger security alarm (SAL) drive active-low. Once tamper condition longer exists, will return normal High state. Normally High (NH). They connected externally through closed switch high-impedance resistor VOUT case STM1403/4A STM1404A) VTPU case STM1403B/C, STM1404B/C), tamper condition will detected when input pulled low. used, VOUT VTPU. Normally (NL). They connected externally through high-impedance resistor closed switch VSS. tamper condition will detected when input pulled high. used, VSS. Supply Voltage internally switched supply voltage, VINT (either input VBAT input) continuously monitored. VINT should exceed over voltage trip point, (set 4.2V, typical), should below under voltage trip point, (set 2.0v, typical). will driven active-low. Once tamper condition longer exists, will return normal High state. Temperature (STM1404 Only) STM1404 built-in, bandgap-based sensor monitor temperature. preset (customer-selectable, factory-programmed) overtemperature trip point (TH) under-temperature trip point (TL) exceeded, asserted low. When tamper condition exists, normally High (see DESCRIPTIONS, page full datasheet details). When tamper detected, activated (driven low), independent part type. VOUT driven three states, depending which variant STM1403 STM1404 being used (see Device Options, page High-Z; Ground (VSS). Note: STM1403 STM1404 must initially powered above VRST enable tamper detection alarms. example, battery while alarm condition detected until rises above VRST (and trec expires). From this point alarms detected either battery VCC. This done avoid false alarms when device goes from power operational state. STM1403, STM1404 PART NUMBERING Table Ordering Information Scheme Example: Device Type STM1403: Physical, Voltage Tamper Detect STM1404: Over/Under Temperature Detect VOUT Status (SAL Active-Low) VOUT Vccsw Normal Mode VOUT High-Z; Vccsw High VOUT Ground; Vccsw High Reset Threshold Voltage VRST 3.00V 3.15V VRST 2.85V 3.00V VRST 2.55V 2.70V Battery Voltage Detect Threshold (VDET) VDET 2.3V (Typ) VDET 2.5V (Typ) VDET 3.2V (Typ) Under (TL)/Over (TH) Temperature Alarm Thresholds (STM1404 only) STM1403: dash ("-"). STM1404: designators (below). -25/+80°C -25/+85°C -25/+95°C Package QFN16 Temperature Range 70°C 85°C Shipping Method Tape Reel -35/+80°C -35/+85°C -35/+95°C STM1403 other options, more information aspect this device, please contact Sales Office nearest you. STM1403, STM1404 REVISION HISTORY Table Document Revision History Date 11-October-04 26-Nov-04 22-Dec-04 03-Feb-05 25-Feb-05 06-May-05 Revision First Edition Corrected footprint dimensions; update characteristics (Figure Table Update characteristics (Figure Table Update characteristics (Figure Table Update temperature trip limits (Table v2.0 corresponds v1.5 Description STM1403, STM1404 Information furnished believed accurate reliable. However, STMicroelectronics assumes responsibility consequences such information infringement patents other rights third parties which result from use. license granted implication otherwise under patent patent rights STMicroelectronics. Specifications mentioned this publication subject change without notice. This publication supersedes replaces information previously supplied. STMicroelectronics products authorized critical components life support devices systems without express written approval STMicroelectronics. logo registered trademark STMicroelectronics. other names property their respective owners 2005 STMicroelectronics rights reserved STMicroelectronics group companies Australia Belgium Brazil Canada China Czech Republic Finland France Germany Hong Kong India Israel Italy Japan Malaysia Malta Morocco Singapore Spain Sweden Switzerland United Kingdom United States America www.st.com Other recent searchesSSM6N40TU - SSM6N40TU SSM6N40TU Datasheet MDS-G16 - MDS-G16 MDS-G16 Datasheet KSR1201 - KSR1201 KSR1201 Datasheet KSR2201 - KSR2201 KSR2201 Datasheet GD19532 - GD19532 GD19532 Datasheet 2SC4617 - 2SC4617 2SC4617 Datasheet
Privacy Policy | Disclaimer |