Texas Instruments TNETE2201 manual Engineer

Page 8

 

bom_list.txt

 

07/10/98 15:29:30

Electronics Design System

Page: 0001

 

Bill of Materials

 

 

<<<From Job: fcge>>>

 

 

01-31xxx-xxx

 

 

TEXAS INSTRUMENTS INCORPORATED

 

Mixed Signal Products

 

T.I. Internal Data

ENGINEER:

RELEASED:________________

------------------------------------------------------------------------------------------------------------------------------------

ITEM QTY MFG MFG PART# Ref Des DESCRIPTION VALUE or FUNCTION SOCKET

------------------------------------------------------------------------------------------------------------------------------------

1

3

PANASONIC

ECS-T1CX106R

C1,C35,C41

CAPACITOR,TANT,SMT

20%, 16V, 10uF

2

2

AVX

12061C222JATMA

C32,C34

CAPACITOR,SMT1206

100V, 5%, 0.0022uF

3

35

AVX

06033G103JATMA

C2-C31,C36,C37

CAPACITOR,SMT0603

25V,5%,0.01uF

*

 

C38-C40

4

1

AMP

787653

P4

CONNECTOR,20PIN

RECEPT,R/A,20PIN,AMP

5

3

CONCORD

01-2520-3-044

BJ(+5V)

CONNECTOR

BANANA,FEMALE,SWAGE MOUNT

*

 

BJ(RTN)

*

 

BJ(+3.3V)

6

5

EFJOHNSON

142-0701-801

J1-J5

CONNECTOR

SMA JACK,END LAUNCH,.062P

7

2

MURATA ERIE

BLM21B03-PT

L1,L2

FILTER,SMT0805

FERRITE,6 OHMS@100MHz

8

2

SAMTEC

TSW-110-07-G-D

P1,P6

HEADER,2X10,.1CTRS

HEADER 2X 10 .1CTR

9

1

SAMTEC

TSW-1-14-05-G-D

P2

HEADER,MALE,2X14

HEADER,MALE,2X14,.1CTRS

10

1

ANY

HEADER,MALE,3PI

P5

HEADER

MALE,3PIN,.100CC

11

1

DUT_PQFP_PJD64

U1

IC,TQFP,PJD,64PIN

DUT-USER DEFINED

12

3

JUMPER

JUMPER-0603

R16,R17

JUMPER,SMT0603

USER DEFINED JUMPER 0603

13

1

VARIES

OSC-COMBO-106.2

X1

OSCILLATOR,106.25MHz

OSC COMBO-106.25MHz

AMP/50935/X8

14

4

RES1206(UN)

R8,R9,R21,R22

RESISTOR,SMT,1206

UN-INST

15

4

AVX/KYOCERA

CRA3A4E500GI

RP1-RP4

RES,SMT,8PIN,50OHM

SERIES CHIP RES ARRAY SMT

16

14

DALE

CRCW06034701F

R7,R10-R14,R18

RESISTOR,SMT,1/16W,1 4.70K OHM

*

 

R19,R23,R24

*

 

R25-R28

17

3

DALE

CRCW060349R9F

R3,R4,R15

RESISTOR,SMT,0603

49.9 OHM

18

2

DALE

CRCW0603200F

R1,R2

RESISTOR,SMT,0603

200 OHM

19

1

DALE

CRCW0603365F

R5

RESISTOR,SMT,0603

365 OHM

20

1

DALE

CRCW0603562F

R6

RESISTOR,SMT,0603

562 OHM

21

1

C&K

BD08

DIP1

SWITCH,SPST,DIP16

SWITCH,16P,SPST X 8

Total Part Count: 90

Total Parts Cost: 0

Page 1

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Contents TNETE2201 EVM Kit Setup and Usage AbstractIntroduction FiguresBoard Layout and Configuration Default Setup as ShippedTest Configuration and Results Gbic Setup ModificationsBit Error-Rate Ratio Test Configuration Board Layouts, Schematics, and Bill of Materials Page Engineer Page Page Page Page TI Contact Numbers Important Notice

TNETE2201 specifications

Texas Instruments TNETE2201 is a highly integrated, versatile chip designed for embedded networking applications. Operating in the realm of Ethernet connectivity, this device serves as a robust solution for various communication needs, especially within industrial and automotive sectors. Its key features and innovative technologies position it as a reliable choice for manufacturers looking to enhance their products' networking capabilities.

One of the standout attributes of the TNETE2201 is its support for multiple Ethernet protocols, enabling seamless integration into a variety of communication systems. The device is compliant with IEEE 802.3 standards, ensuring compatibility and reliability across different networking platforms. This compliance allows for easy integration into existing infrastructures while maintaining high-speed communication standards.

The TNETE2201 is equipped with an integrated Media Access Controller (MAC) that simplifies the design process by reducing the need for external components. This feature results in a more compact and efficient design, reducing overall system costs and enhancing performance. The MAC interface supports various data rates, including 10/100 Mbps operation, making it suitable for both legacy and modern networking applications.

Another significant characteristic of the TNETE2201 is its low power consumption, which is crucial for portable and battery-operated devices. The chip operates in power-saving modes, ensuring operational efficiency without compromising performance. This attribute is particularly valuable in applications where energy efficiency is critical, such as remote sensors and IoT devices.

Additionally, the TNETE2201 supports advanced packet processing capabilities, including the ability to handle multiple data streams, which is essential for applications requiring real-time data transmission. Its built-in features for Quality of Service (QoS) allow for prioritization of critical data, thus facilitating better management of network traffic.

The device also integrates various safety and security measures, essential for today’s interconnected environments. With features designed to prevent unauthorized access and secure data transmission, the TNETE2201 aligns with industry standards for cybersecurity, making it a dependable component for any secure networking application.

Overall, Texas Instruments’ TNETE2201 stands out due to its blend of high performance, low power consumption, and extensive compatibility across various platforms. Its advanced integration capabilities and robust networking features make it an invaluable asset for designers aiming to develop innovative and reliable networking solutions in today's rapidly evolving technological landscape. Whether for industrial automation, automotive networking, or IoT applications, the TNETE2201 positions itself as a top choice for manufacturers looking to leverage Ethernet technology.