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ZHCSMS9J September 1973 – February 2025 NA555 , NE555 , SA555 , SE555

PRODUCTION DATA

封裝選項

請參考 PDF 數(shù)據(jù)表獲取器件具體的封裝圖。

機械數(shù)據(jù) (封裝 | 引腳)

FK|20
JG|8

散熱焊盤機械數(shù)據(jù) (封裝 | 引腳)

訂購信息

5.5 Electrical Characteristics

at V_CC = 5V to 15V and T_A = 25°C (unless otherwise noted)

PARAMETER	TEST CONDITIONS		MIN	TYP	MAX	UNIT
THRES voltage level	V_CC = 15V	NA555, NE555, SA555	8.8	10	11.2	V
	V_CC = 15V	SE555	9.4	10	10.6
	V_CC = 5V	NA555, NE555, SA555	2.4	3.3	4.2
	V_CC = 5V	SE555	2.7	3.3	4
THRES current⁽¹⁾				30	250	nA
TRIG voltage level	V_CC = 15V	NA555, NE555, SA555	4.5	5	5.6	V
	V_CC = 15V	SE555	4.8	5	5.2
	V_CC = 15V, T_A = –55°C to +125°C	SE555	3		6
	V_CC = 5V	NA555, NE555, SA555	1.1	1.67	2.2
	V_CC = 5V	SE555	1.45	1.67	1.9
	V_CC = 5V, T_A = –55°C to +125°C	SE555			1.9
TRIG current	TRIG at 0V	NA555, NE555, SA555		0.5	2	μA
TRIG current	TRIG at 0V	SE555		0.5	0.9
RESET voltage level			0.3	0.7	1	V
RESET voltage level	T_A = –55°C to +125°C	SE555			1.1	V
RESET current	RESET at V_CC			0.1	0.4	mA
	RESET at 0V	NA555, NE555, SA555		–0.4	–1.5
	RESET at 0V	SE555		–0.4	–1
DISCH switch off-state current				20	100	nA
DISCH switch on-state voltage	V_CC = 5V, I_O = 8mA	NA555, NE555, SA555		0.15	0.4	V
CONT voltage (open circuit)	V_CC = 15V	NA555, NE555, SA555	9	10	11	V
	V_CC = 15V	SE555	9.6	10	10.4
	V_CC = 15V, T_A = –55°C to +125°C	SE555	9.6		10.4
	V_CC = 5V	NA555, NE555, SA555	2.6	3.3	4
	V_CC = 5V	SE555	2.9	3.3	3.8
	V_CC = 5V, T_A = –55°C to +125°C	SE555	2.9		3.8
Low-level output voltage	V_CC = 15V, I_OL = 10mA	NA555, NE555, SA555		0.1	0.25	V
	V_CC = 15V, I_OL = 10mA	SE555		0.1	0.15
	V_CC = 15V, I_OL = 10mA, T_A = –55°C to +125°C	SE555			0.2
	V_CC = 15V, I_OL = 50mA	NA555, NE555, SA555		0.4	0.75
	V_CC = 15V, I_OL = 50mA	SE555		0.4	0.5
	V_CC = 15V, I_OL = 50mA, T_A = –55°C to +125°C	SE555			1
	V_CC = 15V, I_OL = 100mA	NA555, NE555, SA555		2	2.5
	V_CC = 15V, I_OL = 100mA	SE555		2	2.2
	V_CC = 15V, I_OL = 100mA, T_A = –55°C to +125°C	SE555			2.7
	V_CC = 15V, I_OL = 200mA			2.5
	V_CC = 5V, I_OL = 3.5mA, T_A = –55°C to +125°C	SE555			0.35
	V_CC = 5V, I_OL = 5mA	NA555, NE555, SA555		0.1	0.35
	V_CC = 5V, I_OL = 5mA	SE555		0.1	0.2
	V_CC = 5V, I_OL = 5mA, T_A = –55°C to +125°C	SE555			0.8
	V_CC = 5V, I_OL = 8mA	NA555, NE555, SA555		0.15	0.4
	V_CC = 5V, I_OL = 8mA	SE555		0.15	0.25
High-level output voltage	V_CC = 15V, I_OH = –100mA	NA555, NE555, SA555	12.75	13.3		V
	V_CC = 15V, I_OH = –100mA	SE555	13	13.3
	V_CC = 15V, I_OH = –100mA, T_A = –55°C to +125°C	SE555	12
	V_CC = 15V, I_OH = –200mA			12.5
	V_CC = 5V, I_OH = –100mA	NA555, NE555, SA555	2.75	3.3
	V_CC = 5V, I_OH = –100mA	SE555	3	3.3
	V_CC = 5V, I_OH = –100mA, T_A = –55°C to +125°C	SE555	2
Supply current	Output low, no load, V_CC = 15V	NA555, NE555, SA555		10	15	mA
	Output low, no load, V_CC = 15V	SE555		10	12
	Output low, no load, V_CC = 5V	NA555, NE555, SA555		3	6
	Output low, no load, V_CC = 5V	SE555		3	5
	Output high, no load, V_CC = 15V	NA555, NE555, SA555		9	13
	Output high, no load, V_CC = 15V	SE555		9	10
	Output high, no load, V_CC = 5V	NA555, NE555, SA555		2	5
	Output high, no load, V_CC = 5V	SE555		2	4

(1) This parameter influences the maximum value of the timing resistors R_A and R_B in the circuit of Figure 6-5. For example, when V_CC = 5V, the maximum value is R = R_A + R_B ? 3.4M?, and for V_CC = 15V, the maximum value is R_A + R_B ? 10M?.