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TMP93CS40DF 데이터시트(PDF) 45 Page - Toshiba Semiconductor

부품명 TMP93CS40DF
상세설명  Quality And Reliability Assurance / Handling Precautions
PDF  48 Pages
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제조업체  TOSHIBA [Toshiba Semiconductor]
홈페이지  http://www.semicon.toshiba.co.jp/eng
Logo TOSHIBA - Toshiba Semiconductor

TMP93CS40DF 데이터시트(HTML) 45 Page - Toshiba Semiconductor

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Quality and Reliability Assurance / Handling Precautions
030901
QUA-45
2002-02-20
4.5.5
Circuit Board Coating
When devices are to be used in equipment requiring a high degree of reliability
or in extreme environments (where moisture, corrosive gas or dust is present),
circuit boards may be coated for protection. However, before doing so, you
must carefully consider the possible stress and contamination effects that may
result and then choose the coating resin which results in the minimum level of
stress to the device.
4.6
Protecting Devices in the Field
4.6.1
Temperature
Semiconductor devices are generally more sensitive to temperature than are
other electronic components. The various electrical characteristics of a
semiconductor device are dependent on the ambient temperature at which the
device is used. It is therefore necessary to understand the temperature
characteristics of a device and to incorporate device derating into circuit
design. Note also that if a device is used above its maximum temperature
rating, device deterioration is more rapid and it will reach the end of its usable
life sooner than expected.
4.6.2
Humidity
Resin-molded devices are sometimes improperly sealed. When these devices
are used for an extended period of time in a high-humidity environment,
moisture can penetrate into the device and cause chip degradation or
malfunction. Furthermore, when devices are mounted on a regular printed
circuit board, the impedance between wiring components can decrease under
high-humidity conditions. In systems which require a high signal-source
impedance, circuit board leakage or leakage between device lead pins can
cause malfunctions. The application of a moisture-proof treatment to the
device surface should be considered in this case. On the other hand, operation
under low-humidity conditions can damage a device due to the occurrence of
electrostatic discharge. Unless damp-proofing measures have been specifically
taken, use devices only in environments with appropriate ambient moisture
levels (i.e. within a relative humidity range of 40% to 60%).



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