Description
TEMIC’s TSC87C51 is high performance CMOS EPROM version of the 80C51 CMOS single chip 8 bit microcontroller.
The fully static design of the TSC87C51 allows to reduce system power consumption by bringing the clock frequency down to any value, even DC, without loss of data.
The TSC87C51 retains all the features of the 80C51 with some enhancement: 4 K bytes of internal code memory (EPROM); 128 bytes of internal data memory (RAM); 32 I/O lines; two 16 bit timers; a 5-source, 2-level interrupt structure; a full duplex serial port with framing error detection; a power off flag; and an on-chip oscillator.
The TSC87C51 has 2 software-selectable modes of reduced activity for further reduction in power consumption. In the idle mode the CPU is frozen while the RAM, the timers, the serial port and the interrupt system continue to function. In the power down mode the RAM is saved and all other functions are inoperative.
The TSC87C51 is manufactured using non volatile SCMOS process which allows it to run up to:
- 33 MHz with VCC = 5 V ± 10%.
- 16 MHz with 2.7 V < VCC < 5.5 V.

Features
*4 Kbytes of EPROM
- Improved Quick Pulse programming algorithm
- Secret ROM by encryption
*128 bytes of RAM
*64 Kbytes program memory space
*64 Kbytes data memory space
*32 programmable I/O lines
*Two 16 bit timer/counters
*Programmable serial port with framing error detection
*Power control modes
*Two–level interrupt priority
*Fully static design
*0.8m SCMOS non volatile process
*ONCE Mode
*Enhanced Hooks system for emulation purpose
*Available temperature ranges:
- ommercial
- ndustrial
*Available packages:
- PDIP40 (OTP)
- PLCC44 (OTP)
- PQFP44 (OTP)
- CQPJ44 (UV erasable)
- CERDIP40 (UV erasable)

TSC87C51-12CAR, TSC87C51-16CAR, TSC87C51-20CAR, TSC87C51-25CAR, TSC87C51-33CAR, TSC87C51-L16CAR, TSC87C51-12IAR, TSC87C51-16IAR, TSC87C51-20IAR, TSC87C51-25IAR, TSC87C51-33IAR, TSC87C51-L16IAR, TSC87C51-12CBR, TSC87C51-16CBR, TSC87C51-20CBR, TSC87C51-25CBR, TSC87C51-33CBR, TSC87C51-L16CBR, TSC87C51-12IBR, TSC87C51-16IBR, TSC87C51-20IBR, TSC87C51-25IBR, TSC87C51-33IBR, TSC87C51-L16IBR, TSC87C51-12CCR, TSC87C51-16CCR, TSC87C51-20CCR, TSC87C51-25CCR, TSC87C51-33CCR, TSC87C51-L16CCR, TSC87C51-12ICR, TSC87C51-16ICR, TSC87C51-20ICR, TSC87C51-25ICR, TSC87C51-33ICR, TSC87C51-L16ICR, TSC87C51-12CDR, TSC87C51-16CDR, TSC87C51-20CDR, TSC87C51-25CDR, TSC87C51-33CDR, TSC87C51-L16CDR, TSC87C51-12IDR, TSC87C51-16IDR, TSC87C51-20IDR, TSC87C51-25IDR, TSC87C51-33IDR, TSC87C51-L16IDR, TSC87C51-12CER, TSC87C51-16CER, TSC87C51-20CER, TSC87C51-25CER, TSC87C51-33CER, TSC87C51-L16CER, TSC87C51-12IER, TSC87C51-16IER, TSC87C51-20IER, TSC87C51-25IER, TSC87C51-33IER, TSC87C51-L16IER, TSC87C51-12CFR, TSC87C51-16CFR, TSC87C51-20CFR, TSC87C51-25CFR, TSC87C51-33CFR, TSC87C51-L16CFR, TSC87C51-12IFR, TSC87C51-16IFR, TSC87C51-20IFR, TSC87C51-25IFR, TSC87C51-33IFR, TSC87C51-L16IFR, TSC87C51-12CGR, TSC87C51-16CGR, TSC87C51-20CGR, TSC87C51-25CGR. TSC87C51-33CGR, TSC87C51-L16CGR, TSC87C51-12IGR, TSC87C51-16IGR, TSC87C51-20IGR, TSC87C51-25IGR, TSC87C51-33IGR, TSC87C51-L16IGR, TSC87C51-12CHR, TSC87C51-16CHR, TSC87C51-20CHR, TSC87C51-25CHR, TSC87C51-33CHR, TSC87C51-L16CHR, TSC87C51-12IHR, TSC87C51-16IHR, TSC87C51-20IHR, TSC87C51-25IHR, TSC87C51-33IHR, TSC87C51-L16IHR, TSC87C51-12CIR, TSC87C51-16CIR, TSC87C51-20CIR, TSC87C51-25CIR, TSC87C51-33CIR, TSC87C51-L16CIR, TSC87C51-12IIR, TSC87C51-16IIR, TSC87C51-20IIR, TSC87C51-25IIR, TSC87C51-33IIR, TSC87C51-L16IIR, TSC87C51-12CJR, TSC87C51-16CJR, TSC87C51-20CJR, TSC87C51-25CJR, TSC87C51-33CJR, TSC87C51-L16CJR, TSC87C51-12IJR, TSC87C51-16IJR, TSC87C51-20IJR, TSC87C51-25IJR, TSC87C51-33IJR, TSC87C51-L16IJR, TSC87C51-12CKR, TSC87C51-16CKR, TSC87C51-20CKR, TSC87C51-25CKR, TSC87C51-33CKR, TSC87C51-L16CKR, TSC87C51-12IKR, TSC87C51-16IKR, TSC87C51-20IKR, TSC87C51-25IKR, TSC87C51-33IKR, TSC87C51-L16IKR, TSC87C51-12CAD, TSC87C51-16CAD, TSC87C51-20CAD, TSC87C51-25CAD, TSC87C51-33CAD, TSC87C51-L16CAD, TSC87C51-12IAD, TSC87C51-16IAD, TSC87C51-20IAD, TSC87C51-25IAD, TSC87C51-33IAD, TSC87C51-L16IAD, TSC87C51-12CBD, TSC87C51-16CBD, TSC87C51-20CBD, TSC87C51-25CBD, TSC87C51-33CBD, TSC87C51-L16CBD, TSC87C51-12IBD, TSC87C51-16IBD, TSC87C51-20IBD, TSC87C51-25IBD, TSC87C51-33IBD, TSC87C51-L16IBD, TSC87C51-12CCD, TSC87C51-16CCD, TSC87C51-20CCD, TSC87C51-25CCD, TSC87C51-33CCD, TSC87C51-L16CCD, TSC87C51-12ICD, TSC87C51-16ICD, TSC87C51-20ICD, TSC87C51-25ICD, TSC87C51-33ICD, TSC87C51-L16ICD, TSC87C51-12CDD, TSC87C51-16CDD, TSC87C51-20CDD, TSC87C51-25CDD, TSC87C51-33CDD, TSC87C51-L16CDD, TSC87C51-12IDD, TSC87C51-16IDD, TSC87C51-20IDD, TSC87C51-25IDD, TSC87C51-33IDD, TSC87C51-L16IDD, TSC87C51-12CED, TSC87C51-16CED, TSC87C51-20CED, TSC87C51-25CED, TSC87C51-33CED, TSC87C51-L16CED, TSC87C51-12IED, TSC87C51-16IED, TSC87C51-20IED, TSC87C51-25IED, TSC87C51-33IED, TSC87C51-L16IED, TSC87C51-12CFD, TSC87C51-16CFD, TSC87C51-20CFD, TSC87C51-25CFD, TSC87C51-33CFD, TSC87C51-L16CFD, TSC87C51-12IFD, TSC87C51-16IFD, TSC87C51-20IFD, TSC87C51-25IFD, TSC87C51-33IFD, TSC87C51-L16IFD, TSC87C51-12CGD, TSC87C51-16CGD, TSC87C51-20CGD, TSC87C51-25CGD, TSC87C51-33CGD, TSC87C51-L16CGD, TSC87C51-12IGD, TSC87C51-16IGD, TSC87C51-20IGD, TSC87C51-25IGD, TSC87C51-33IGD, TSC87C51-L16IGD, TSC87C51-12CHD, TSC87C51-16CHD, TSC87C51-20CHD, TSC87C51-25CHD, TSC87C51-33CHD, TSC87C51-L16CHD, TSC87C51-12IHD, TSC87C51-16IHD, TSC87C51-20IHD, TSC87C51-25IHD, TSC87C51-33IHD, TSC87C51-L16IHD, TSC87C51-12CID, TSC87C51-16CID, TSC87C51-20CID, TSC87C51-25CID, TSC87C51-33CID, TSC87C51-L16CID, TSC87C51-12IID, TSC87C51-16IID, TSC87C51-20IID, TSC87C51-25IID, TSC87C51-33IID, TSC87C51-L16IID, TSC87C51-12CJD, TSC87C51-16CJD, TSC87C51-20CJD, TSC87C51-25CJD, TSC87C51-33CJD, TSC87C51-L16CJD, TSC87C51-12IJD, TSC87C51-16IJD, TSC87C51-20IJD, TSC87C51-25IJD, TSC87C51-33IJD, TSC87C51-L16IJD, TSC87C51-12CKD, TSC87C51-16CKD, TSC87C51-20CKD, TSC87C51-25CKD, TSC87C51-33CKD, TSC87C51-L16CKD, TSC87C51-12IKD, TSC87C51-16IKD, TSC87C51-20IKD, TSC87C51-25IKD, TSC87C51-33IKD, TSC87C51-L16IKD, TSC87C51-12CAB, TSC87C51-16CAB, TSC87C51-20CAB, TSC87C51-25CAB, TSC87C51-33CAB, TSC87C51-L16CAB, TSC87C51-12IAB, TSC87C51-16IAB, TSC87C51-20IAB, TSC87C51-25IAB, TSC87C51-33IAB, TSC87C51-L16IAB, TSC87C51-12CBB, TSC87C51-16CBB, TSC87C51-20CBB, TSC87C51-25CBB, TSC87C51-33CBB, TSC87C51-L16CBB, TSC87C51-12IBB, TSC87C51-16IBB, TSC87C51-20IBB, TSC87C51-25IBB, TSC87C51-33IBB, TSC87C51-L16IBB, TSC87C51-12CCB, TSC87C51-16CCB, TSC87C51-20CCB, TSC87C51-25CCB, TSC87C51-33CCB, TSC87C51-L16CCB, TSC87C51-12ICB, TSC87C51-16ICB, TSC87C51-20ICB, TSC87C51-25ICB, TSC87C51-33ICB, TSC87C51-L16ICB, TSC87C51-12CDB, TSC87C51-16CDB, TSC87C51-20CDB, TSC87C51-25CDB, TSC87C51-33CDB, TSC87C51-L16CDB, TSC87C51-12IDB, TSC87C51-16IDB, TSC87C51-20IDB, TSC87C51-25IDB, TSC87C51-33IDB, TSC87C51-L16IDB, TSC87C51-12CEB, TSC87C51-16CEB, TSC87C51-20CEB, TSC87C51-25CEB, TSC87C51-33CEB, TSC87C51-L16CEB, TSC87C51-12IEB, TSC87C51-16IEB, TSC87C51-20IEB, TSC87C51-25IEB, TSC87C51-33IEB, TSC87C51-L16IEB, TSC87C51-12CFB, TSC87C51-16CFB, TSC87C51-20CFB, TSC87C51-25CFB, TSC87C51-33CFB, TSC87C51-L16CFB, TSC87C51-12IFB, TSC87C51-16IFB, TSC87C51-20IFB, TSC87C51-25IFB, TSC87C51-33IFB, TSC87C51-L16IFB, TSC87C51-12CGB, TSC87C51-16CGB, TSC87C51-20CGB, TSC87C51-25CGB, TSC87C51-33CGB, TSC87C51-L16CGB, TSC87C51-12IGB, TSC87C51-16IGB, TSC87C51-20IGB, TSC87C51-25IGB, TSC87C51-33IGB, TSC87C51-L16IGB, TSC87C51-12CHB, TSC87C51-16CHB, TSC87C51-20CHB, TSC87C51-25CHB, TSC87C51-33CHB, TSC87C51-L16CHB, TSC87C51-12IHB, TSC87C51-16IHB, TSC87C51-20IHB, TSC87C51-25IHB, TSC87C51-33IHB, TSC87C51-L16IHB, TSC87C51-12CIB, TSC87C51-16CIB, TSC87C51-20CIB, TSC87C51-25CIB, TSC87C51-33CIB, TSC87C51-L16CIB, TSC87C51-12IIB, TSC87C51-16IIB, TSC87C51-20IIB, TSC87C51-25IIB, TSC87C51-33IIB, TSC87C51-L16IIB, TSC87C51-12CJB, TSC87C51-16CJB, TSC87C51-20CJB, TSC87C51-25CJB, TSC87C51-33CJB, TSC87C51-L16CJB, TSC87C51-12IJB, TSC87C51-16IJB, TSC87C51-20IJB, TSC87C51-25IJB, TSC87C51-33IJB, TSC87C51-L16IJB, TSC87C51-12CKB, TSC87C51-16CKB, TSC87C51-20CKB, TSC87C51-25CKB, TSC87C51-33CKB, TSC87C51-L16CKB, TSC87C51-12IKB, TSC87C51-16IKB, TSC87C51-20IKB, TSC87C51-25IKB, TSC87C51-33IKB, TSC87C51-L16IKB

 

TSC87C51 - CMOS 0 to 33 MHz Programmable 8–bit Microcontroller

DESCRIPTION
The SPC1016 is the Dual P-Channel enhancement mode power field effect transistors are produced using high cell density , DMOS trench technology. This high density process is especially tailored to minimize on-state resistance and provide superior switching performance. These devices are particularly suited for low voltage applications such as notebook computer power management and other battery powered circuits where high-side switching , low in-line power loss, and resistance to transients are needed.

FEATURES
*N-Channel
- 20V/0.65A,RDS(ON)=380mΩ@VGS=4.5V
- 20V/0.55A,RDS(ON)=450mΩ@VGS=2.5V
- 20V/0.45A,RDS(ON)=800mΩ@VGS=1.8V
*P-Channel
- 20V/0.45A,RDS(ON)=0.52Ω@VGS=-4.5V
- 20V/0.35A,RDS(ON)=0.70Ω@VGS=-2.5V
- 20V/0.25A,RDS(ON)=0.95Ω@VGS=-1.8V
*Super high density cell design for extremely low RDS (ON)
*exceptional on-resistance and maximum DC current capability
*SOT-563 (SC-89-6L) package design

APPLICATIONS
*Power Management in Note book
*Portable Equipment
*Battery Powered System
*DC/DC Converter
*Load Switch
*DSC
*LCD Display inverter

SPC1016S56RG  

SPC1016 - N & P Pair Enhancement Mode MOSFET

PRODUCT DESCRIPTION
The SST89E5xRD2/RD and SST89V5xRD2/RD are members of the FlashFlex51 family of 8-bit microcontroller products designed and manufactured with SST’s patented and proprietary SuperFlash CMOS semiconductor process technology. The split-gate cell design and thick-oxide tunneling injector offer significant cost and reliability benefits for SST’s customers. The devices use the 8051 instruction set and are pin-for-pin compatible with standard 8051 microcontroller devices.
The devices come with 16/24/40 KByte of on-chip flash EEPROM program memory which is partitioned into 2 independent program memory blocks. The primary Block 0 occupies 8/16/32 KByte of internal program memory space and the secondary Block 1 occupies 8 KByte of internal
program memory space.
The 8-KByte secondary block can be mapped to the lowest location of the 8/16/32 KByte address space; it can also be hidden from the program counter and used as an independent EEPROM-like data memory.
In addition to the 16/24/40 KByte of EEPROM program memory on-chip, the devices can address up to 64 KByte of external program memory. In addition to 1024 x8 bits of on-chip RAM, up to 64 KByte of external RAM can be addressed.
The flash memory blocks can be programed via a standard 87C5x OTP EPROM programmer fitted with a special adapter and the firmware for SST’s devices. During poweron reset, the devices can be configured as either a slave to an external host for source code storage or a master to an external host for an in-application programming (IAP) operation. The devices are designed to be programmed in-system and in-application on the printed circuit board for maximum flexibility. The devices are pre-programmed with an example of the bootstrap loader in the memory, demonstrating the initial user program code loading or subsequent user code updating via the IAP operation. The sample bootstrap loader is available for the user’s reference and convenience only; SST does not guarantee its functionality or usefulness. Chip-Erase or Block-Erase operations will erase the pre-programmed sample code.

FEATURES
*8-bit 8051-Compatible Microcontroller (MCU) with Embedded SuperFlash Memory
– Fully Software Compatible
– Development Toolset Compatible
– Pin-For-Pin Package Compatible
*SST89E5xRD2 Operation
– 0 to 40 MHz at 5V
*SST89V5xRD2 Operation
– 0 to 33 MHz at 3V
*1 KByte Internal RAM
*Dual Block SuperFlash EEPROM
– 8/16/32 KByte primary block + 8 KByte secondary block (128-Byte sector size for both blocks)
– Individual Block Security Lock with SoftLock
– Concurrent Operation during In-Application Programming (IAP)
– Memory Overlay for Interrupt Support during IAP
*Support External Address Range up to 64 KByte of Program and Data Memory
*Three High-Current Drive Ports (16 mA each)
*Three 16-bit Timers/Counters
*Full-Duplex, Enhanced UART
– Framing Error Detection
– Automatic Address Recognition
*Ten Interrupt Sources at 4 Priority Levels
– Four External Interrupt Inputs
*Programmable Watchdog Timer (WDT)
*Programmable Counter Array (PCA)
*Four 8-bit I/O Ports (32 I/O Pins) and One 4-bit Port
*Second DPTR register
*Low EMI Mode (Inhibit ALE)
*SPI Serial Interface
*Standard 12 Clocks per cycle, the device has an option to double the speed to 6 clocks per cycle.
*TTL- and CMOS-Compatible Logic Levels
*Brown-out Detection
*Low Power Modes
– Power-down Mode with External Interrupt Wake-up
– Idle Mode
*Temperature Ranges:
– Commercial (0°C to +70°C)
– Industrial (-40°C to +85°C)
*Packages Available
– 40-contact WQFN (Port 4 feature not available)
– 44-lead PLCC
– 40-pin PDIP (Port 4 feature not available)
– 44-lead TQFP
*All non-Pb (lead-free) devices are RoHS compliant

SST89E52RD-40-C-PI, SST89E52RD-40-C-PIE, SST89E52RD-40-I-PI, SST89E52RD-40-I-PIE, SST89V52RD-33-C-PI, SST89V52RD-33-C-PIE, SST89V52RD-33-I-PI, SST89V52RD-33-I-PIE, SST89E54RD-40-C-PI, SST89E54RD-40-C-PIE, SST89E54RD-40-I-PI, SST89E54RD-40-I-PIE, SST89V54RD-33-C-PI, SST89V54RD-33-C-PIE, SST89V54RD-33-C-QIF, SST89V54RD-33-I-PI, SST89V54RD-33-I-PIE, SST89V54RD-33-I-QIF, SST89E58RD-40-C-PI, SST89E58RD-40-C-PIE, SST89E58RD-40-I-PI, SST89E58RD-40-I-PIE, SST89V58RD-33-C-PI, SST89V58RD-33-C-PIE, SST89V58RD-33-I-PI, SST89V58RD-33-I-PIE
 

SST89E52RD2/RD - FlashFlex51 MCU