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TST-9002

产品描述Datacom Transformer, SIGNAL Application(s), 1:4:1; 2:1
产品类别电源管理    变压器   
文件大小247KB，共7页
制造商Data Device Corporation
下载文档 详细参数 选型对比 全文预览

TST-9002概述

Datacom Transformer, SIGNAL Application(s), 1:4:1; 2:1

TST-9002规格参数

参数名称属性值
是否Rohs认证不符合
厂商名称Data Device Corporation
Reach Compliance Codecompliant
ECCN代码EAR99
其他特性STANDARD: MIL-PRF-21038
应用GENERAL PURPOSE
高度7.11 mm
绝缘电压100 V
JESD-609代码e0
长度15.88 mm
负载电阻3 Ω
安装特点THROUGH HOLE MOUNTED
功能数量1
初级绕组数量1
最高工作温度130 °C
最低工作温度-55 °C
包装方法TR, 13 INCH
物理尺寸L15.88XB15.88XH7.11 (mm)
主阻抗7200 OHMS
最大脉冲上升时间150 ns
二次阻抗7200 OHMS
表面贴装NO
端子面层Tin/Lead (Sn/Pb)
变压器类型DATACOM TRANSFORMER
匝数比 (Np:Ns)1:0.83; 1:0.6
宽度15.88 mm

TST-9002文档预览

TST-9000 SERIES
A Subsidiary of Data Device Corporation
40 Orville Drive, Bohemia, NY 11716-2529
Phone: (631) 244-7393; Fax: (631) 244-8893
Web site: www.bttc-beta.com
TWIN-STACKED, 0.280"
MAXIMUM HEIGHT,
1553 TRANSFORMERS
CONSERVE BOARD SPACE
FEATURES
DESCRIPTION AND APPLICATIONS
The TST-9000 series of transformers provide the turns ratio configura-
tions, component isolation, and common mode rejection ratio character-
istics necessary for MIL-STD-1553A and B compliance.
The step-up and step-down ratios that are available with the TST-9000
series complement DDC’s entire MIL-STD-1553 product line. These
transformers are low-profile, dual modular units, made to couple into data
bus redundant systems. They have excellent isolation within the dual
package and are multi-tapped to accommodate existing system configu-
rations.
Encapsulated in accordance with MIL-PRF-21038, their SN63 solder-
dipped copper clad steel leads conveniently accommodate printed cir-
cuit board mounting. Sinusoidal or trapezoidal waveforms are accu-
rately processed, making the TST-9000 series of transformers an
excellent choice for any MIL-STD-1553A or B application.
•
PC Mount
•
Flat Pack
•
Surface Mount
•
For Use with MIL-STD-1553A and B,
MacAir A-5690, A-5232,and A-4905
•
-55°C to +130°C Operating
Temperature Range
•
Built and Tested to MIL-PRF-21038
and MIL-STD-202
N:1
OVERSHOOT AND
RINGING ±1 V MAX
E
D
E
IN
E
OUT
90%
E
OUT
t
r
t
f
E
IN
= 10 V rms at 1 MHz
E
Calc: CMR = 20 log
IN
(see note)
E
OUT
FIGURE 2. CIRCUIT FOR COMMON MODE REJECTION
10%
E
D
% DROOP =
E
D
E
OUT
x 100%
IN
(SEE NOTE)
E
OUT
360
Ω
1:N
E
E
OUT
(SEE NOTE)
FIGURE 1. WAVEFORM INTEGRITY
E
IN
= 250 kHz square wave, 27.0 volts peak-to-peak with
a rise and fall time of 90nS ± 5nS
Calc : Droop =
E
D
E
OUT
x 100%. (see figure 1 for E
D
)
FIGURE 3. CIRCUIT FOR WAVEFORM INTEGRITY
Note: Input to be applied and output to be measured for all dash numbers are as shown. N represents highest turns winding in each test.
© 1994, 1999 Data Device Corporation
BETA TRANSFORMER TECHNOLOGY CORP • 40 ORVILLE DRIVE • BOHEMIA NY 11716-2529 • 631-224-7393 • FAX 631-244-8893
TABLE 1. GENERAL SPECIFICATIONS
PARAMETER
Case
Terminals
Weight
Terminal Strength
Dielectric Withstanding Voltage
Life (expectancy “X”)
Insulation Resistance
Pulse Width (Output Pulse)
Overshoot
Rise Time (of Output Pulse)
Common Mode Rejection
Operating Temperature Range
Droop
DC Resistance
Input Impedance
UNIT
—
—
gm
lbs
Vrms
Hrs
MΩ
µs
V
ns
dB
°C
%
Ω
Ω
45
-55° - +130°
≤
20
—
—
VALUE
—
—
5
2
100
10,000 min.
1,000 min.
2
± 1 max.
2 pounds applied force, Method 211, MIL-STD-202, Test Condition A
Method 301, MIL-STD-202
In accordance with MIL-PRF-21038
At 250 Vdc using Method 302, Test Condition B, MIL-STD-202
Tested using FIGURE 3 with resulting FIGURE 1 waveform.
Tested using FIGURE 3 with resulting FIGURE 1 waveform.
Tested using FIGURE 3 with resulting FIGURE 1 waveform.
See respective ELECTRICAL CHARACTERISTICS TABLE.
Tested using FIGURE 2.
See respective ELECTRICAL CHARACTERISTICS TABLE
Tested using FIGURE 3 with resulting FIGURE 1 waveform.
See respective ELECTRICAL CHARACTERISTICS TABLE
See respective ELECTRICAL CHARACTERISTICS TABLE.
REMARKS
Flame Resistant, Diallyl Phthalate
SN63 Solder-Dipped, Copper Clad Steel
2
BETA TRANSFORMER TECHNOLOGY CORP • 40 ORVILLE DRIVE • BOHEMIA NY 11716-2529 • 631-224-7393 • FAX 631-244-8893
CONFIGURATION A
0.625 MAX
(15.88)
0.500
(12.7)
0.200
(5.08)
18
17
0.625 MAX
(15.88)
1
2
3
4
5
0.200 TYP
(5.08)
0.250 TYP
(6.35)
0.400
(10.16)
0.500
(12.70)
16 BOTTOM VIEW 6
15
14
13
12
11
7
8
0.250 TYP
(6.35)
0.020 ± 0.002 DIA (16 PLS)
(0.51 ± 0.05)
0.100 TYP (2.54)
TOLERANCE
NON-ACCUM.
(12 PLACES)
0.280 (7.11) MAX
0.250 (6.35) MIN
Notes:
(1) Dimensions are in inches (mm).
(2) Unless otherwise specified, tolerance is ±0.010 inches (0.25mm)
TABLE 2. ELECTRICAL CHARACTERISTICS - CONFIGURATION A
BETA P/N
TST-9000
TST-9001
TST-9002
TST-9003
TST-9004
TST-9005
TST-9006
TST-9007
TURNS RATIO
2:5 ±3%
4:7 ±3%
1:0.83 ±3%
1:0.60 ±3%
1.4:1 ±3%
2:1 ±3%
1:1 ±3%
1:0.707 ±3%
1.25:1 ±3%
1.66:1 ±3%
2.3:1 ±3%
3.2:1 ±3%
2.12:1 ±3%
1.5:1 ±3%
1:2.5 ±3%
1:1.79 ±3%
PRIMARY
1-3
1-3
1-3
1-3
(11-13)
(11-13)
(11-13)
(11-13)
SECONDARY
4-8
5-7
4-8
5-7
(14-18)
(15-17)
(14-18)
(15-17)
DC RESISTANCE
Ω
(MAX) OUTPUT RISETIME (MAX)
(1-3)
(4-8)
(1-3)
(4-8)
(11-13)
(14-18)
(11-13)
(14-18)
3.5
3.0
3.0
3.0
150 ns
150 ns
150 ns
150 ns
150 ns
150 ns
200 ns
250 ns
IMPEDANCE
Ω
(MIN)
(4-8) (14-18)
3,000
(1-3) (11-13)
3,000
(1-3) (11-13)
7,200
(1-3) (11-13)
4,000
(1-3) (11-13)
4,000
(5-7) (15-17)
3,000
(4-8) (14-18)
4,000
(4-8) (14-18)
3,000
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
(1-3) (11-13) 3.5
(4-8) (14-18) 3.0
(1-3) (11-13) 3.0
(4-8) (14-18) 3.0
(1-3) (11-13) 3.2
(4-8) (14-18) 3.0
(1-3) (11-13) 1.2
(4-8) (14-18) 3.0
(1-3) (11-13) 1.1
(4-8) (14-18) 3.0
(1-3) (11-13) 3.5
(4-8) (14-18) 4.0
Note:
Wave soldering method shall preheat leads to a temperature of 100° C minimum and 140° C maximum at a rate of 2° C per second. Solder wave temperature to be 245°C
nominal, 265°C maximum, with a nominal dwell time of 3 seconds and a maximum dwell time of 5 seconds.
(11) 1
4 (14)
5 (15)
(11) 1
5 (15)
4 (14)
(12) 2
6 (16)
7 (17)
(12) 2
6 (16)
8 (18)
(13) 3
8 (18)
(13) 3
7 (17)
CIRCUIT DIAGRAM FOR TST-9000,
9001, 9002, 9003, 9004, 9006, 9007
CIRCUIT DIAGRAM FOR
DASH NUMBER TST-9005
3
BETA TRANSFORMER TECHNOLOGY CORP • 40 ORVILLE DRIVE • BOHEMIA NY 11716-2529 • 631-224-7393 • FAX 631-244-8893
CONFIGURATION B
0.625 MAX
(15.88)
14
15
0.625 MAX
(15.88)
16
17
18
13
12
11
8
7
TOP VIEW
6
5
1
2
3
4
0.100 (2.54)
TYP 12 PLCS
0.180 ±0.015
(4.57 ±0.38) 16 PLS
0.280 (7.11) MAX
0.004 (0.10) MIN
0.015 (0.38) MAX
0.140 (3.56)
0.020 ±0.002 DIA
(0.51 ±0.05)
0.070 ±0.015 (16 PLS)
(1.78 ±0.38)
Notes:
(1) Dimensions are in inches (mm).
(2) Unless otherwise specified, tolerance is ±0.010 inches (0.25mm)
TABLE 3. ELECTRICAL CHARACTERISTICS - CONFIGURATION B
BETA P/N
TST-9010
TST-9011
TST-9012
TST-9013
TST-9014
TST-9015
TST-9016
TST-9017
TURNS RATIO
2:5 ±3%
4:7 ±3%
1:0.83 ±3%
1:0.60 ±3%
1.4:1 ±3%
2:1 ±3%
1:1 ±3%
1:0.707 ±3%
1.25:1 ±3%
1.66:1 ±3%
2.3:1 ±3%
3.2:1 ±3%
2.12:1 ±3%
1.5:1 ±3%
1:2.5 ±3%
1:1.79 ±3%
PRIMARY
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
1-3 (11-13)
1-3 (11-13)
SECONDARY
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
DC RESISTANCE
Ω
(MAX) OUTPUT RISETIME (MAX)
(1-3) (11-13) 3.5
(4-8) (14-18) 3.0
(1-3) (11-13) 3.0
(4-8) (14-18) 3.0
(1-3) (11-13) 3.5
(4-8) (14-18) 3.0
(1-3) (11-13) 3.0
(4-8) (14-18) 3.0
(1-3) (11-13) 3.2
(4-8) (14-18) 3.0
(1-3) (11-13) 1.2
(4-8) (14-18) 3.0
(1-3) (11-13) 1.1
(4-8) (14-18) 3.0
(1-3) (11-13) 3.5
(4-8) (14-18) 4.0
150 ns
150 ns
150 ns
150 ns
150 ns
150 ns
200 ns
250 ns
IMPEDANCE
Ω
(MIN)
(4-8) (14-18)
3,000
(1-3) (11-13)
3,000
(1-3) (11-13)
7,200
(1-3) (11-13)
4,000
(1-3) (11-13)
4,000
(5-7) (15-17)
3,000
(4-8) (14-18)
4,000
(4-8) (14-18)
3,000
Note:
These transformers have been classified as Level 5A IPC-9503 and must be processed accordingly. To ensure product integrity and maintain the product warranty, these
transformers require a 24 hour bake at +125°C prior to any solder reflow processing. Dried transformers must be reflowed within 24 hours. J-STD-033 preconditioning (dry-
pack) can be provided by Beta upon request. Reflow process must not cause the peak body temperature of the device to exceed 225°C and must not expose the device to
temperatures above 183°C for more than 90 seconds.
(11) 1
4 (14)
5 (15)
(12) 2
6 (16)
7 (17)
(13) 3
8 (18)
(13) 3
(12) 2
(11) 1
5 (15)
4 (14)
6 (16)
8 (18)
7 (17)
CIRCUIT DIAGRAM FOR TST-9010,
9111, 9012, 9013, 9014, 9016, 9017
CIRCUIT DIAGRAM FOR
DASH NUMBER TST-9015
4
BETA TRANSFORMER TECHNOLOGY CORP • 40 ORVILLE DRIVE • BOHEMIA NY 11716-2529 • 631-224-7393 • FAX 631-244-8893
CONFIGURATION C
0.625 MAX
(15.88)
14
15
0.625 MAX
(15.88)
16
17
18
13
12
11
8
7
TOP VIEW
6
5
1
2
3
4
0.100 (2.54)
TYP 12 PLCS
0.500 MIN
(12.70)
0.280 (7.11) MAX
0.020 DIA ±0.002
(0.51 ±0.05)
0.140 (3.56)
Notes:
(1) Dimensions are in inches (mm).
(2) Unless otherwise specified, tolerance is ±0.010 inches (0.25mm)
TABLE 4. ELECTRICAL CHARACTERISTICS - CONFIGURATION C
BETA P/N
TST-9020
TST-9021
TST-9022
TST-9023
TST-9024
TST-9025
TST-9026
TST-9027
TURNS RATIO
2:5 ±3%
4:7 ±3%
1:0.83 ±3%
1:0.60 ±3%
1.4:1 ±3%
2:1 ±3%
1:1 ±3%
1:0.707 ±3%
1.25:1 ±3%
1.66:1 ±3%
2.3:1 ±3%
3.2:1 ±3%
2.12:1 ±3%
1.5:1 ±3%
1:2.5 ±3%
1:1.79 ±3%
PRIMARY
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
1-3 (11-13)
1-3 (11-13)
SECONDARY DC RESISTANCE
Ω
(MAX) OUTPUT RISETIME (MAX)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
4-8 (14-18)
5-7 (15-17)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
1-3 (11-13)
4-8 (14-18)
5-7 (15-17)
(1-3) (11-13) 3.5
(4-8) (14-18) 3.0
(1-3) (11-13) 3.0
(4-8) (14-18) 3.0
(1-3)
(4-8)
(1-3)
(4-8)
(11-13)
(14-18)
(11-13)
(14-18)
3.5
3.0
3.0
3.0
150 ns
150 ns
150 ns
150 ns
150 ns
150 ns
200 ns
250 ns
IMPEDANCE
Ω
(MIN)
(4-8) (14-18)
3,000
(1-3) (11-13)
3,000
(1-3) (11-13)
7,200
(1-3) (11-13)
4,000
(1-3) (11-13)
4,000
(5-7) (15-17)
3,000
(4-8) (14-18)
4,000
(4-8) (14-18)
3,000
(1-3) (11-13) 3.2
(4-8) (14-18) 3.0
(1-3) (11-13) 1.2
(4-8) (14-18) 3.0
(1-3) (11-13) 1.1
(4-8) (14-18) 3.0
(1-3) (11-13) 3.5
(4-8) (14-18) 4.0
Note:
These transformers have been classified as Level 5A IPC-9503 and must be processed accordingly. To ensure product integrity and maintain the product warranty, these
transformers require a 24 hour bake at +125°C prior to any solder reflow processing. Dried transformers must be reflowed within 24 hours. J-STD-033 preconditioning (dry-
pack) can be provided by Beta upon request. Reflow process must not cause the peak body temperature of the device to exceed 225°C and must not expose the device to
temperatures above 183°C for more than 90 seconds.
(11) 1
4 (14)
5 (15)
(11) 1
5 (15)
4 (14)
(12) 2
6 (16)
7 (17)
(12) 2
6 (16)
8 (18)
(13) 3
8 (18)
(13) 3
7 (17)
CIRCUIT DIAGRAM FOR TST-9020,
9021, 9022, 9023, 9024, 9026, 9027
CIRCUIT DIAGRAM FOR
DASH NUMBER TST-9025
5
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TST-9002相似产品对比

TST-9002 TST-9017
描述 Datacom Transformer, SIGNAL Application(s), 1:4:1; 2:1 Datacom Transformer, GENERAL PURPOSE Application(s), 1:2.5;1:1.79,
是否Rohs认证 不符合 不符合
厂商名称 Data Device Corporation Data Device Corporation
Reach Compliance Code compliant compliant
ECCN代码 EAR99 EAR99
其他特性 STANDARD: MIL-PRF-21038 STANDARD: MIL-PRF-21038
应用 GENERAL PURPOSE GENERAL PURPOSE
高度 7.11 mm 7.11 mm
绝缘电压 100 V 100 V
JESD-609代码 e0 e0
长度 15.88 mm 15.88 mm
负载电阻 3 Ω 4 Ω
安装特点 THROUGH HOLE MOUNTED SURFACE MOUNT
功能数量 1 1
初级绕组数量 1 1
最高工作温度 130 °C 130 °C
最低工作温度 -55 °C -55 °C
包装方法 TR, 13 INCH TR, 13 INCH
物理尺寸 L15.88XB15.88XH7.11 (mm) L15.88XB15.88XH7.11 (mm)
主阻抗 7200 OHMS 3000 OHMS
最大脉冲上升时间 150 ns 200 ns
二次阻抗 7200 OHMS 3000 OHMS
表面贴装 NO YES
端子面层 Tin/Lead (Sn/Pb) Tin/Lead (Sn/Pb)
变压器类型 DATACOM TRANSFORMER DATACOM TRANSFORMER
匝数比 (Np:Ns) 1:0.83; 1:0.6 1:2.5; 1:1.79
宽度 15.88 mm 15.88 mm

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1．实验任务 　　用可调电阻调节电压值作为模拟温度的输入量，当温度低于30℃时，发出长嘀报警声和光报警，当温度高于60℃时，发出短嘀报警声和光报警。测量的温度范围在0－99℃。 2．电路 ......
呱呱 DIY/开源硬件专区
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