PA61M Datasheet, PDF (1/1 Pages) Cirrus Logic – TABLE 4 GROUP A INSPECTION

���������������
��������������������������
���������
��������������������������������������������������������������
SG PARAMETER
1 Quiescent Current
1 Input Offset Voltage
1 Input Offset Voltage
1 Input Offset Voltage
1 Input Bias Current, +IN
1 Input Bias Current, –IN
1 Input Offset Current
3 Quiescent Current
3 Input Offset Voltage
3 Input Offset Voltage
3 Input Offset Voltage
3 Input Bias Current, +IN
3 Input BiasCurrent, –IN
3 Input Offset Current
2 Quiescent Current
2 Input Offset Voltage
2 Input Offset Voltage
2 Input Offset Voltage
2 Input Bias Current, +IN
2 Input Bias Current, –IN
2 Input Offset Current
4 Output Voltage, I_O = 10A
4 Output Voltage, I_O = 80mA
4 Output Voltage, I_O = 4A
4 Current Limits
4 Stability/Noise
4 Slew Rate
4 Open Loop Gain
4 Common Mode Rejection
6 Output Voltage, I_O = 10A
6
6
Output
Output
Voltage,
Voltage,
II_OO
=
=
80mA
4A
6 Stability/Noise
6 Slew Rate
6 Open Loop Gain
6 CommonMode Rejection
5 Output Voltage, I_O = 8A
5
5
Output
Output
Voltage,
Voltage,
II_OO
=
=
80mA
4A
5 Stability/Noise
5 Slew Rate
5 Open Loop Gain
5 Common Mode Rejection
SYMBOL TEMP. POWER TEST CONDITIONS
I_Q
V_OS
V_OS
V_OS
+I_B
–I_B
I_OS
I_Q
V_OS
V_OS
V_OS
+I_B
–I_B
I_OS
I_Q
V_OS
V_OS
V_OS
+I_B
–I_B
I_OS
V_O
V_O
V_O
I_CL
E_N
SR
A_OL
CMR
V_O
VV_OO
E_N
SR
A_OL
CMR
V_O
VV_OO
E_N
SR
A_OL
CMR
25°C
25°C
25°C
25°C
25°C
25°C
25°C
±32V
±32V
±10V
±45V
±32V
±32V
±32V
–55°C
–55°C
–55°C
–55°C
–55°C
–55°C
–55°C
±32V
±32V
±10V
±45V
±32V
±32V
±32V
125°C
125°C
125°C
125°C
125°C
125°C
125°C
±32V
±32V
±10V
±45V
±32V
±32V
±32V
25°C
25°C
25°C
25°C
25°C
25°C
25°C
25°C
±17V
±45V
± 30V
±15V
±32V
±32V
±32V
±15V
–55°C
–55°C
–55°C
–55°C
–55°C
–55°C
–55°C
±17V
±45V
±30V
±32V
±32V
±32V
±15V
125°C
125°C
125°C
125°C
125°C
125°C
125°C
±15V
±45V
±30V
±32V
±32V
±32V
±15V
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0
V_IN = 0
V_IN = 0
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0
V_IN = 0
V_IN = 0
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0, A_V = 100
V_IN = 0
V_IN = 0
V_IN = 0
R_L = 1Ω
R_L = 500Ω
R_L = 6Ω
R_L = 6Ω, R_CL = 1Ω
R_L = 500Ω, A_V = 1, C_L = 10nF
R_L = 500Ω
R_L = 500Ω, F = 10Hz
R_L = 500Ω, F = DC, V_CM = ±9V
R_L = 1Ω
RR_LL
=
=
500Ω
6Ω
R_L = 500Ω, A_V = 1, C_L = 10nF
R_L = 500Ω
R_L = 500Ω, F = 10Hz
R_L = 500Ω, F = DC, V_CM = ±9V
R_L = 1Ω
RR_LL
=
=
500Ω
6Ω
R_L = 500Ω, A_V = 1, C_L = 10nF
R_L = 500Ω
R_L = 500Ω, F = 10Hz
R_L = 500Ω, F = DC, V_CM = ±9V
MIN MAX UNITS
10
mA
±6
mV
±10.4 mV
±8.6
mV
±30
nA
±30
nA
±30
nA
10
mA
±11.2 mV
±15.6 mV
±13.8 mV
±115
nA
±115
nA
±115
nA
15
mA
±12.5 mV
±16.9 mV
±15.1 mV
±70
nA
±70
nA
±70
nA
10
V
40
V
24
V
.56
.88
A
1
mV
1
10
V/µs
96
dB
74
dB
10
V
40
V
24
V
1
mV
1
10
V/µs
96
dB
74
dB
8
V
40
V
24
V
1
mV
1
10
V/µs
96
dB
74
dB
BURN IN CIRCUIT
����
����
��
����
�
�
�
��
�
�
�
������
���
�
�
��
����
* These components are used to stabilize device
due to poor high frequency characteristics of
burn in board.
** Input signals are calculated to result in internal
power dissipation of approximately 2.1W at case
temperature = 125°C.
A^ThP^isEX^daM^taI^sC^hR^eeO^tT^hE^aC^s H^beN^enOL^caO^reG^fuY^llyCO^chR^eP^ckO^edRA^anT^dIO^isN^be•^lieT^vE^eL^d E^toPH^beO^rN^elE^iab(^l5^e,2^h0^ow)^e6^ve9^r,0ⁿ-^o86^re0^sp0^on•^sibFⁱA^liX^ty (^is5^a2^s0^su)^m8^ed8^f8^o-^r 3^po3^s2^si9^ble•ⁱⁿO^aR^ccD^uE^raR^cS^ies(^o5^r2^o0^m)^iss6^io9ⁿ0^s.-8^Al6^l 0^sp1^ec•^ificE^aM^tioAⁿI^sL^ap^rer^so^ud^bl^jeit^c@^{t to}a^cp^he^axⁿm^gei^wcⁱr^to^ht^oe^utch^no.c^tio^cem^.
PA61MU REV F JULY 2002 © 2002 Apex Microtechnology Corp.
1