MH89626C-04 [MITEL]
OPS/DID SLIC Preliminary Information; OPS / DID SLIC初步信息
| 型号： | MH89626C-04 |
| 厂家： | 
MITEL NETWORKS CORPORATION |
| 描述： | OPS/DID SLIC Preliminary Information |
| 文件： | 总12页 (文件大小：118K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
MH89626C
OPS/DID SLIC
Preliminary Information
ISSUE 3
May 1995
Features
Ordering Information
•
•
Transformerless 2-4 wire conversion
MH89626C-02
MH89626C-04
38 Pin SIL Package
38 Pin SIL Package
Constant current with constant voltage fallback
for long loops
•
•
•
•
•
•
•
Long length capability (RLoop > 1850Ω)
Input impedance
0°C to 70°C
200Ω + 560Ω // 0.1µF (MH89626C-02)
200Ω + 680Ω // 0.1µF (MH89626C-04)
Ring trip filter with auto ring trip
Three relay drivers
Description
The MH89626C SLIC provides all of the functions
required to interface 2-wire off premise subscriber
loops to a serial TDM, PCM, switching network of a
modern PBX. The MH89626C is manufactured
using thick film hybrid technology which offers high
voltage capability, reliability and high density
resulting in significant printed circuit board area
saving of the line cards. A complete line card can
Built-in Tip/Ring reversal capability on the
hybrid
•
•
Serial control interface
External or software programmable receive
gain, -3.5 or -7.0dB
be
implemented
with
very
few external
Applications
components.
•
•
•
Off-Premise PBX Line Cards
DID (Direct Inward Dial) Line Cards
Central Office Line Cards
The SLIC has a simple serial control interface to
control the receive gain setting, relay drivers for
ringing, and Tip/Ring reversal for DID operation.
LGND VDD
VEE
LCA
AGND
RGND
VREF
F1i
C2i
TF
Tip
TIP
Drive
MT8967
A-Law
Filter/Codec
Do
Di
2W/4W
Conversion
Constant
Current
& Voltage
Sensing
GS
Current &
Voltage
Control
Gain
Adjust
8-Bit
Shift
SD2
CS
Register
SD3
Tip/Ring
Reversed
RING
RF2
Ring
Drive
SDi
SD0
SD1
SD4
RF
VBat
Auto Ring
Relay
Driver 3
Relay
Driver 2
Line
Supervision
Relay
Drive 1
Trip Filter
LED
SHK
VAC VRLY
RD1
RD2
RD3 SD5 SD6 SD7
Figure 1 - Functional Block Diagram
2-285
MH89626C
Preliminary Information
TIP
RING
RF
VREF
D1
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
1
2
3
4
5
6
7
8
C2i
Do
F1i
IC
IC
IC
GS
IC
TF
LPND
VBat
RF1
RF2
VEE
AGND
VDD
IC
VAC
IC
CS
SHK
LED
LCA
SD1
9
10
11
12
13
14
15
16
17
18
19
SD7
SD6
SD5
IC
VRLY
RGND
RD2
RD3
RD1
Figure 2 - Pin Connections
Pin Description
Pin #
Name
Description
1
2
3
4
5
TIP
RING
RF
Tip Lead: Connects to the TIP lead of the telephone line.
Ring Lead: Connects to the Ring lead of the telephone line.
Ring Feed.
TF
Tip Feed.
LGND Loop Ground: Return path for the battery (VBat) supply voltage. Connects to System
Ground.
6
7
VBat
RF1
RF2
VEE
Battery Supply Voltage: Normally -48V.
Ring Feed 1: Ringing input.
8
Ring Feed 2: Ringing output.
Negative Supply Voltage. (-5V).
9
10
11
12
13
AGND Analog Ground: Analog and Digital Ground. Connects to system ground.
V
Positive Supply Voltage. (+5V).
DD
IC
Internal Connection.
VAC
Battery AC Component (input). AC noise present in the VBat supply isolated from the DC
components, can be applied to this pin to reduce longitudinal noise on TIP and RING. To
implement this feature, connect a 0.1µF 100V capacitor from VBat to VAC, and 1kΩ resistor
from VAC to AGND. This pin must be tied to AGND when not used.
14
15
IC
Internal Connection.
CS
Chip Select (Input): A TTL compatible digital input to enable the SDi to control all the
functions of the driver.
16
17
SHK
LED
Switch Hook Detect (Output): A logic low indicates an off-hook condition.
LED Drive (Output).: Drives an LED directly through an internal 2.2kΩ resistor. A logic low
indicates an off-hook condition.
18
LCA
Loop Current Adjust (input): If this pin is left open, the constant current will be set at
23mA. The loop current can be adjusted by connecting a resistor to VEE
.
2-286
Preliminary Information
MH89626C
Pin Description (Continued)
Pin #
Name
Description
19
SDi
Serial Data in (input): A TTL compatible digital input. The 8-bit serial input enables the
drivers. See Table 1 and Figure 3b.
20
21
VRef
Di
Voltage Reference (Input) +2.5V for the internal codec.
Data in (Input). A TTL compatible digital input which accepts the 8-bit PCM word from the
incoming PCM bus.
22
23
C2i
Do
Clock input (input). A TTl compatible digital input which accepts the 2048 kHz clock.
Data Out (Output) A three state TTL compatible digital output which drives the 8-bit PCM
word to the outgoing PCM bus.
24
F1i
Synchronization input (Input). A TTL compatible, active low digital output input enabling
the PCM input, PCM output and digital control input. It is internally sampled on every
positive edge of the clock, C2i and provides frame and channel synchronization. See fig
3a.
25-27
28
IC
Internal Connection.
GS
Gain setting (Input). A logic ‘0’ at this input will set the receiving gain to -7.0dB and a logic
‘1’ will set the receiving gain to -3.5dB. If this pin is left open, the receiving gain can be set
by SDi, bit 2.
29
30
31
32
33
34
IC
Internal Connection.
SD7
SD6
SD5
IC
Serial Data (Output). A TTL compatible output coming from the SDi, bit 7. Bit inverted.
Serial Data (Output). A TTL compatible output coming from the SDi, bit 6. Bit inverted.
Serial Data (Output). A TTL compatible output coming from the SDi, bit 5. Bit inverted.
Internal Connection.
VRLY
Relay Positive Supply Voltage. Normally +5V. Connects to the relay coil and the relay
supply voltage.
35
36
RGND Relay Ground. Return path for relay supply voltage.
RD2
RD3
RD1
Relay Driver 2 (Output). Connects to a user provided external relay coil. A logic ‘0’
from the SDi, bit 1 will activate this driver. This relay driver is typically used for system
in-test.
37
38
Relay Driver 3 (Output). Connects to a user provided external relay coil. A logic ‘0’
from the SDi, bit 4 will activate this driver. This relay driver is typically used for system
in-test.
Relay Driver 1 (Output). Connects to a user provided external relay coil. A logic ‘0’ from
the SDi, bit 0 will activate this driver. This relay driver is typically used for ringing.
2-287
MH89626C
Preliminary Information
Absolute Maximum Ratings*- All voltages are with respect to AGND unless otherwise specified.
Parameter
Symbol
Min
Max
Units
1
DC Supply Voltage
VDD
VEE
-0.3
0.3
7
-7
V
V
2
3
4
5
6
DC Battery Voltages ➀
DC Ring Relay Voltage
DC Reference Voltage
AC Ring Generator Voltage
DC Digital Input Voltage
VBat
VRLY
VREF
0.3
-0.3
-0.3
-65
7
V
V
VDD
150
VDD
V
VRMS
V
GS,SDi,Di,
C2i,F1i
-0.3
-40
7
Storage Temperature
TS
+125
°C
* Exceeding these values may cause permanent damage. Functional operation under these conditions is not implied.
Recommended Operating Conditions
Parameter
DC Supply Voltage
Symbol
Min
TYP*
Max
Units
Comments
1
VDD
VEE
4.75
-4.75
5.0
-5.0
5.25
-5.25
V
V
2
3
4
5
DC Battery Voltage ➀
DC Ring Relay Voltage
DC Reference Voltage ②
VBat
VRLY
VREF
-39.8
-48
5.0
-60
7.0
V
V
V
2.488
22
2.500
2.512
AC Ring Generator Voltage
Ringing Generator Frequency
90
25
130
28
VRMS
Hz
6
Operating Temperature
TOP
0
25
70
°C
➀ LGND is connected to AGND
② Temperature coefficient of V
should be better than 100ppm/C
REF
2-288
Preliminary Information
MH89626C
DC Electrical Characteristics*
†
Characteristics
Sym
Min
Typ
Max
Units
Test Comments
1
2
Supply and Battery Current
➀
IDD
IEE
IBat
5
5
12.5
11.7
23.5
15
15
28
mA
mA
mA
Short Loop
RLoop = 0Ω, LCA =Open
RLoop = Open
Open Loop
IBat
PC
0
1.5
2
mA
Power Consumption
On Hook (VBat
Powerdown (VDD and VEE
Off-Hook (VDD, VEE, VBat
)
)
)
100
150
1500
mW
mW
mW
RLoop = Open
RLoop = 0Ω
3
4
5
VRef
DC Reference Voltage
Mean Current
2
µA
SHK Low Level Output Voltage
High Level Output Voltage
VOL
VOH
-0.3
3.7
0
5
0.5
5.25
V
V
IOL = 2mA
IOH = 2mA
②
LED Low Level Output Voltage
High Level Output Voltage
VOL
VOH
3.0
V
V
IOL = 1.1mA
2.0
IOH = 0.7mA
VOL = 1.0V
6
7
RD1 Sink Current, Relay to VDD
RD2 Clamp Diode Current
RD3
IOL
ICD
65
100
mA
mA
Low Level Input Voltage
High Level Input Voltage
VIL
VIH
0.8
V
V
2.0
GS
8
Low Level Input Current
High Level Input Current
IIL
IIH
1
1
µA
µA
VIL = 0V
VIH = 5.0V
9
SDi
RD
Low Level Input Current
Intermediate Input Current
High Level Input Current
IIL
IIM
IIH
10
10
10
µA
µA
VIL = 5.0V
VIM = 0.5V
VIH = 5.0V
10
Do
Low Level Output Voltage
High Level Output Voltage
Tri-State Leakage Current
VOL
VOH
IOZ
0.4
V
V
mA
IOL = 1.6mA
IOH = 0.1mA
4.0
2.4
0.1
11
12
SDi
Di
C2i
F1i
Low Level Input Current
High Level Input Voltage
VIL
VIH
0.8
V
V
Low Level Input Current
High Level Input Current
IIL
IIH
10
10
µA
µA
VIL = 0V
VIH = 5.0V
* DC Electrical Characteristics are over Recommended Operating Conditions with V
† Typical figures are at 25°C with nominal + 5V supplies and are for design aid only.
at + 5.0V + 5% unless otherwise stated.
DD
① Supply current and power consumption characteristics are over Recommended Operating Conditions with V
at 5.0V, V
at -5.0V
EE
DD
and V
at -48.0V.
Bat
② The LED output consists of a 2.2K Ω resistor in series with the SHK HCT output.
2-289
MH89626C
Preliminary Information
Loop Electrical Characteristics*
†
Characteristics
Sym
Min
Typ
Max
Units
Test Comments
1
Maximum AC Ringing ➀
33
mA
25Hz, VBat = -48V
Current Rejection
2
3
Ring Trip Detect Time ②
100
125
ms
Hook Switch Detect Time:
Off-Hook to On-Hook
On-Hook to Off-Hook
20
20
ms
ms
4
5
Operating Loop Current
IIP
18
22
10
50
mA
LCA = Adjustable
Operating Loop Resistance
RIP
0
0
1900
2300
Ω
Ω
VBat = -39.8V
VBat = -48V
6
Loop Current at Off-Hook ③
Ish
7
13
mA
Detect Threshold
* Loop Electrical Characteristics are over Recommended Operating Conditions unless otherwise stated.
† Typical figures are at 25°C with nominal + 5V supplies and are for design aid only.
① The SLIC can be loaded with an AC impedance as low as 4000Ω without generating a false SHK output. Since each REN represents
8kΩ, the SLIC can drive a REN of 2 without generating a false SHK output.
② This parameter is over Recommended Operating Conditions as well as the specified Operating Loop Resistance.
③ Off-Hook Detect (SHK) will be detected for loop lengths of 2900Ω or less.
AC Electrical Characteristics*
†
Characteristics
Sym
Min
Typ
Max
Units
Test Comments
1
2
2- Wire input
(200Ω + 560Ω // 0.1µF) −2
Variant
(200Ω + 680Ω // 0.1µF) −4
Variant
Zin
720
813
Ω
Ω
1020 Hz
1020 Hz
Return Loss at 2-Wire
14
18
14
51
40
32
dB
dB
dB
300 Hz
500-2000 Hz
3400 Hz
3
4
Longitudinal to Metallic Balance
Transhybrid Loss
40
46
65
65
dB
dB
300-600 Hz
600-3400 Hz
16
20
16
36
24
24
dB
dB
dB
300 Hz
500-2500 Hz
3400 Hz
5
Power Supply Rejection Ratio
at 2-wire and Do:
PSRR
Ripple 50mV
1020 Hz
VDD
VEE
VBat
20
20
20
40
30
40
dB
dB
dB
* AC Electrical Characteristics are over Recommended Operating Conditions unless otherwise stated.
† Typical figures are at 25°C with nominal +5V supplies and are for design aid only.
2-290
Preliminary Information
MH89626C
AC Electrical Characteristics* - Transmit (A/D path)
†
Characteristics
Sym
Min
Typ
Max
Units
Test Comments
1
Absolute Gain
-0.5
0
0.5
dB
Input -6dB
Default (codec odB)
Transmit Gain
1020 Hz
2
3
0
dB
Loss Distortion with frequency
(relative to level at 1020Hz with
codec at 0dB)
0.0
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-
-
dB
dB
dB
dB
dB
dB
dB
0-200 Hz
200-300 Hz
300-400 Hz
400-600 Hz
600-2400 Hz
2400-3000 Hz
3000-3400 Hz
0.39
0.22
1.0
0.75
0.35
0.55
1.5
4
Gain variation with Input Level
(relative to gain at 1020Hz with
-6dBm input)
Input 1020 Hz
0 to +3dBm
-40 to 0dBm
-50 to -40dBm
-55 to -50dBm
-0.25
-0.25
-0.5
0.25
0.25
0.5
dB
dB
dB
dB
-1.5
1.5
5%
THD <
Input 1020Hz
5
6
Signal Input Overload Level at
2-Wire
3.14
dBm
Signal Output Overload Level at Do
3.14
dBm0
THD < 5%
Input 1020Hz
7
Signal to Total Distortion Ratio at Do
Input at 2-Wire
0 to -10dB
-20dBm
-30dBm
-40dBm
35
dB
dB
dB
dB
dB
33.8
28.8
19.5
14.5
-50dBm
8
9
Out-of-Band Discrimination at Do:
Signals in 4.6 -72 kHz band
Signals in 300-3400 Hz band
other than 1020 Hz
Input at 2-wire
-25dBm, 4.6 -72kHz
0dbm, 1020Hz
-50
-40
dBm0
dBm0
Signals in 4.6 -72 kHz band
-25
-41
dBm0
dB
0dBm, 300 -3400 Hz
Harmonic Distortion
(2nd or 3rd Harmonic) at DSTo
10 Idle Channel Noise at Do
-70
-64
dBm0p
† Typical figures are at 25°C with nominal +5V supplies and are for design aid only.
* AC Electrical Characteristics are over Recommended Operating Conditions unless otherwise stated.
2-291
MH89626C
Preliminary Information
AC Electrical* - Receive (D/A) path
†
Characteristics
Sym
Min
Typ
Max
Units
Test Comments
Input -10dBm0
1
2
Absolute Gain
-0.5
0.0
0.5
dB
(Codec 0dB, GS = 5V)
1020 Hz
Gain programmable Range
GS = 5V
GS = 0V
Input - 10dBm0
1020 Hz
1020 Hz
-3.5
-7.0
dB
dB
3
Loss Distortion with Frequency
(relative to level at 1020 Hz with
codec at 0dB and GS = 5V)
Input -10dBm0
0-200 Hz
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-
-
dB
dB
dB
dB
dB
dB
dB
200-300 Hz
300-400 Hz
400-600 Hz
600-2400 Hz
2400-3000 Hz
3000-3400 Hz
-0.09
-0.08
1.0
0.75
0.35
0.55
1.5
4
Gain Variation with Input Level
(relative to gain to 1020Hz with
-10dBm0 input)
Input 1020 Hz
0 to +3dBm
-40 to 0dBm
-50 to -40dBm
-55 to -55dBm
-0.25
-0.25
-0.5
0.25
0.25
0.5
dB
dB
dB
dB
-1.5
1.5
5%
5
6
Signal Input Overload Level at Di
3.14
dBm
THD <
Input 1020Hz
Signal Output Overload Level at
2-wire
3.14
dBm0 THD < 5%
Input 1020Hz
7
8
Signal Output to Total
Distortion Ratio at 2-Wire
Input at 2-Wire
35
dB
dB
dB
dB
0 to -20dB
-30dBm
-40dBm
-50dBm
32.9
24.9
19.9
Out-of-Band Discrimination at
2-Wire:
Input at Di
Signals in 4.6 -72 kHz band
Signals in 300-3400 Hz band
other than 1020 Hz
-50
-40
dBm
dBm
-25dBm0, 4.6 -72kHz
0dBm0, 1020 Hz
Signals in 4.6 -72 kHz band
-25
-41
dBm
dB
0dBm0, 300-3400 Hz
9
Harmonic Distortion
(2nd or 3rd Harmonic) at 2-Wire
10 Idle Channel Noise at
2-Wire
Gain Setting
dBmp -3.5dB
dBmp -7dB
-73
-73
-67
-67
* AC Electrical Characteristics are over Recommended Operating Conditions unless otherwise stated.
† Typical figures are at 25°C with nominal +5V supplies and are for design aid only.
2-292
Preliminary Information
MH89626C
Loop Electrical Characteristics
Characteristics
Sym
Min
Typ*
Max
Units
Test Comments
1
2
3
4
5
6
7
Clock Frequency
Clock Rise Time
C2i
C2i
C2i
C2i
F1i
F1i
Do
f
2.046
2.048
2.05
50
MHz
ns
C
tCR
tCF
D
I
G
I
T
A
L
Clock Fall Time
50
ns
Clock Duty Cycle
Chip Enable Rise Time
Chip Enable Fall Time
40
50
60
%
tER
tEF
tPZL
tPZH
100
100
ns
ns
PropagationDelayClock
to Output Enable
122
122
ns
ns
RL = 10kΩ to VCC
CL = 100pF
8
9
Input Setup Time
Input Hold Time
Di
Di
tISH
tISL
25
0
ns
ns
tIH
60
ns
* Typical figures are at 25°C with nominal +5V supplies. For design aid only: not guaranteed and not subject to production testing.
Bit
Name
Description
0
1
2
SD0
SD1
SD2
When Logic ‘0’ activates relay driver 1 to apply ringing to the line
When logic ‘0’ activates relay driver 2. Normally used for in-test
When logic ‘0’ it will set the receive gain to -7.0dB
When logic ‘1’ it will set the receive gain to -3.5dB
3
4
5
6
7
SD3
SD4
SD5
SD6
SD7
When logic ‘0’ reverses the TIP and RING.
When logic ‘0’ activates relay driver 3. Normally used for out-test
The output of the serial data stream SDi, bit 5. Bit inverted
The output of the serial data stream SDi, bit 6. Bit inverted
The output of the serial data stream SDi, bit 7. Bit inverted
Table 1 - Control of SLIC Functions through SD
2-293
MH89626C
Preliminary Information
Functional Description
TIP/RING Reversal
The MITEL MH89626C OPS SLIC (Off-Premise
For a Direct Inward Dialling (DID) operation, the
MH89626C provides a TIP and RING reversal
function on the hybrid. This built-in line polarity
reversal capability will eliminate the use of an
external bulky mechanical relay and provides fast
and reliable Tip and Ring reversed function. The
serial control stream, SDi, bit 3 at logic low will
reverse the polarity of the Tip and Ring. Refer to
Table 1 for control of the SLIC functions.
Subscriber Line Interface Circuit) provides
a
complete interface between an off-premise
telephone line and a digital switching system. All
BORSCHT functions are provided requiring only a
few external components. The input impedance
conforms with Chinese standard requirements.
Overvoltage Protection
Ringing
The MH89626C is protected from short term (20ms)
transients (+250V) between TIP and RING, TIp and
Ground, and RING and Ground. However, if the
MH89626C is used in conjunction with MH80626C,
protection sip, it will meet all CCITT K.20
requirements. The applications circuit is shown in
Figure 2.
The ringing insertion circuitry has the capability to
provide ringing voltage to a telephone set by simply
adding an external relay, ring generator. The serial
control stream, SDi, bit 0 at logic low will activate the
Refer to Table 1 for the control of SLIC functions.
The MH80626C has two battery feed resistors (50
ohms) and one ringing feed resistor (560 ohms), that
are required to be used with the MH89626C as a
complete line interface. All resistors on the hybrid
are specially designed to withstand high power. The
two battery feed resistors are accurately trimmed to
achieve good longitudinal balance. Two fuses and
current limited resistors (5 ohms) are provided on the
hybrid for lightning and high voltage surge
protection.
Supervision
The loop detection circuit determines whether a low
enough impedance is across Tip and Ring to be
recognized as an off-hook condition. When an
off-hook condition occurs, the SHK and the LED
outputs toggle to a low level. These outputs also
toggle with incoming dial pulses.
During applied ringing, the loop detection circuit
engages a ringing filter. This filter prevents a false
off-hook detection due to the current associated with
the AC ringing voltage as well as current transients
that occur when the ringing voltage is switched in
and out. The Ring trip detection circuitry deactivates
the ring driver after an off-hook condition is detected.
Battery Feed
The MH89626C powers the telephone set with
constant DC loop current for short lines and
automatically reverts to constant voltage for long
lines. If the LCA pin is left open, the constant current
is set at 23 mA. The Constant current can also be
set by adding a resistor connected fro the LCA pin to
Transmit and Receive Gain
The Transmit Gain (Tip-Ring to Do) is fixed at 0dB.
The Receive Gain (Di to Tip-Ring) is programmable
in -3.5 or -7.0dB, either using software (SDi, bit 2) or
external hardware (GS pin).
V
EE. The resistance (R) can be calculated as:
147.2 - ILoop
R=
(0.0001176 X ILoop) - 0.002586
Where ILoop is the desired constant loop current in
mA, and R is the resistance from pin LCA to pin VEE
in ohms.
R(kΩ)
348K 200K 80K
25.0 27.1 34.0
50K
40.2
30K
49.7
ILoop
(mA)
2-294
Preliminary Information
MH89626C
MH89626C
MH80626C
K1A
5
6
D1
D3
24
TOUT
F1i
1
TIP
20
T
Test
In
Test
Out
VRef
22
4
14
TF
RF
TF
C2i
12
7
3
RF
R
1
23
2
Do
RING
21
D4
D2
Tip
TIN
RIN
Di
28
K3A
K2A
8
GS
R1
R2
C1
ROUT
Q1
19
to other
circuit
SDi
Heat sink 9oC/W
8
K1B
-48V
20
18
16
15
RF2
RF1
RF2
RF1
CS
Ring
K2B
K3B
7
17
LED
30
31
32
16
SD7
SD6
SD5
SHK
VAC
13
38
5
RD1
RD2
K1 RELAY
K2 RELAY
K3 RELAY
LGND
+5V
36
90VRMS 25Hz
6
-48V
VBat
LCA
371
PTC
-48V
RD3
18
34
VRLY
Components
D1,D2,D3,D4 IN4004
VDD VEE
31
AGND RGND
30 18
9
Q1 = FET BUZ 22 or equivalent
1
R1 = 10k Ω +5% / W
290V
TISP
4
1
R2 = 1k Ω + 5% / W
4
C1 = 0.01µF + 10% 100V
PTC = 55Ω, 50mA
+5V
-5V
Figure 3 - Application Circuit
C2i
F1i
tPHZ
tES
tES
Do
tPZH
tPZL
tPLH
tPHL
Di
tISH
tISL
tIH
Figure 4a - Control Timing Diagram
2-295
MH89626C
Preliminary Information
C2i
CS
b0
SD1
b7
b5
b1
b2
b6
Figure 4b -Control Timing Diagram
0.12 Max
(3.0 Max)
3.80 + 0.015
(9.652 + 1.4)
Side View
0.58+0.02
(14.7+0.5)
1 2 3 4
37 38
0.010 + 0.002
(0.25 + 0.05)
0.27 Max
(6.9 Max)
*
0.05 + 0.01
(1.3 + 0.5)
0.18 + 0.02
(4.6 + 0.5)
*
*
*
Notes:
1) Not to scale
2) Dimensions in inches).
3) (Dimensions in millimetres).
*Dimensions to centre of pin &
tolerance non accumulative.
0.25 + 0.02
(6.4 + 0.05)
0.100 + 0.010
(2.54 + 0.26)
0.020 + 0.005
(0.51 + 0.13)
Figure 5 - Mechanical Data
2-296
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