TMP4310APL
TMP4310APL is single chip microcomputer manufactured by Toshiba.
- INTEGRATEDC1RCUIT
TECHNICAL DATA
TMP4310APL/TMP431
SPECIFICATION OF TMP4310APL/TMP4310APLL
This specification' is applied to TMP4310APL/TMP4310APLL, one of versions of TLCS-43.
TMP4310APL/TMP4310APLL is the low power version of TMP4310AP. There are some differences in electrical characteristics between TMP43l0APL/TMP43l0APLL and TMP4310AP; however, their functions, instructions and pin connections are patible. When using and examining TMP43l0APL/TMP43l0APLL, therefore, it is remended that this specification be used together with the technical data on TMP4310AP.
Main differences in electrical characteristics between AP and APL/APLL are as follows:
1. Basic clock Internal oscillation (with resistance externally installed between XIN and TEST) and external clock supply can be available.
1.1 Frequency of external supply clock
±f=200k Hz to 400k Hz (APL) (VDD=5.5V 20%, Topr=O°C to 55'C) f=50k Hz to 200k Hz (APLL) 1.2 Internal oscillation frequency
±f=200k Hz to 400k Hz CAPL, RX=S6Hl) CVDW5.5V 20%, Topr=O°C to 55'C) f=ll Ok Ez to :OOk Hz (APLL, RX=ll Okrl)
2. Low input voltage and clock low input voltage Cat time of external supply)
±VIL HAX.=VCL MAX.=0.S5V (VDD=5.5V 20%, Topr=O°C to 55°C)
3. High output voltage
VOH MIN.=2.4V (VDD=5.5V ± 20%, Topr=O'C to 55°C, IOH=-SO~A)
4. Supply current IDD TYP.=30m A, IDD ~~X.=45m A (APL) (VDD=6.0V, Topr=25°C) IDD TYP.=ISm A, IDD HAX.=27m A CAPLL)
S. Pull up' res istance of RST and INT terminals is not contained.
INTEGRATEDCIRCUIT
TECHNICAL DATA
TMP4310APL/TMP4310APLL BASIC CLOCK
The methods of generating and supplying the basic clock of TMP43l0APL/ TMP43l0APLL are as follows:
(1) Internal oscillation
The basic clock of TMP43l0APL/TMP43l0APLL can be obatined by connecting the resistance as shown in the left figure. (fos c=200k Hz to 400k Hz at RX=56k Q, APL) (fosc=ll Ok Hz to 200k Hz at RX=ll Ok Q, APLL)
(2) Supply of external clock
The basic clock of TMP43l0APL/TMP43l0APLL can be supplied from the external oscillation circuit as shown...