PIC16CR57B-04/SO133,Top sales PIC16CR57B-04/SO133,PIC16CR57B-04/SO133 DATASHEET -ICSTOCK

(2) Formula used: Te = Tj - (Pd +PdREV) x RtVijC ;

Pd = Forward PowerLoss = IF(AV,xVFM @ (IF(AV)/D) (see Fig. 6);

PdREV = Inverse Power Loss =VR, xIR (1 - D); IR @VR, = 80% rated VR
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PIC16CR57B-04/SO133 datasheet

			CAS	Version
Parameter	Symbol	Test Condition	Latency	·80	·1H	·1L	·10	Unit	Note
Operating current (One bank active)	lcci	Burst length = 1 tRC > tRc(Friin) IOL = 0 mA		130	120	120	115	mA	1
Precharge standby current in	Icc2P	CKE < ViL(max), tcc = 15ns						mA
power-down mode	lcc2PS	CKE & CLK < ViL(max), tcc =		1				mA
Precharge standby current in	Icc2N	CKE > VIH(min),CS > VIH(min),tcc=15ns Input signals are changed one time during 30ns		15
non power-down mode	lcc2NS	CKE > VIH(min), CLK < ViL(max), tcc =.. Input signals are stable		7				mA
Active standby current in	ICC3P	CKE < ViL(max), tcc = 15ns		5				mA
power-down mode	ICC3PS	CKE & CLK < ViL(max), tcc =C.		5				mA
Active standby current in	ICC3N	CKE > VIH(min), CS > VIH(min), tcc = 15ns Input signals are changed one time during 30ns.		30				mA
non power-down mode (One bank active)	ICC3NS	CKE > VIH(min), CLK < ViL(max), tcc =.. Input signals are stable		20				mA
		IOL = 0 mA	3	170	145	145	145
Operating current (Burst mode)	ICC4	Page burst tCCD = 2CLKs	2	135	145	135	135	mA	1
Refresh current	lccs	tRC > tRc(Friin)		200			165	mA	2
			c	1.5				mA	3
Self refresh current	ICC6	CKE0.2V	L	800				uA	4

PIC16CR57B-04/SO133 price

4. Oscillator Stability

In some cases, parasitic oscillations may be induced by the PCB layout. This oscillation can be eliminated by adding

the components listed below. Note that the optimal capacitor value must be verified by testing in the actual mounted
state in the end product.
. Connect a capacitor and resistor (O.lUF and 2.2 I ) in series between each output pin and ground.
PIC16CR57B-04/SO133 pdf

As seen in Figure l, the 10H20EV8/
10020EV8 0utput Logic Macrocell consists of
an edge-triggered D-type flip-flop, an output
select MUX, and a feedback select MUX.
Fuses So and Si allow the user to select
between the various cells. Si controls
whether the output will be either registered
with internal feedback or combinatorial l/0.

So controls the polarity of the output (Active-
HIGH or Active-LOW). This allows the user to
achieve the following configurations:
Registered Active-HIGH output, Registered
Active-LOW output, Combinatorial Active-
HIGH output, and Combinatorial Active-LOW
output. With the output enable product term,
this list can be extended by adding the
configurations of a Combinatorial l/0 with
Polarity or another input.