11 Revision History
Changes from Revision B (August 2015) to Revision C (July 2024)
- 更改了文檔標題以反映器件的主要特性。Go
- 更新了若干規格以反映器件特性。Go
- 更新了“特性”部分：1) 將結溫范圍規格從“-40°C 至 140°C”更改為“-40°C 至 150°C”。2) 將典型傳播延遲從 20ns 更改為 22ns。3) 刪除了“工作頻率大于 1MHz”，因為開關頻率不是指定的參數。4) 將典型自舉二極管電阻從 0.6Ω 更改為 0.65Ω。Go
- 更新了“應用”部分，添加了 5 大典型應用列表。Go
- 刪除了本數據表中對采用 DRC 封裝的 UCC27200A 的所有引用，因為該封裝型號已過時。Go
- Updated Pin Configuration and Functions section pin diagrams and pin
description to indicate that the PowerPAD is internally connected to the VSS pin
on the DRC package only. Go
- Updated Absolute Maximum Ratings section to remove "Power
dissipation at TA = 25°C" and "Lead temperature (soldering, 10s)". Power
dissipation can be calculated with thermal metrics in "Thermal Information"
table.Go
- Updated Recommended Operating Conditions: Operating Junction
Temperature maximum changed from 140°C to 150°C.Go
- Updated Thermal Information section to reflect device
characteristics. Go
- Updated Supply Currents specifications in the Electrical
Characteristics table: 1) IDD typical changed (From: 0.4mA. To:
0.11mA). 2) IDDO typical changed (From: 2.5mA for UCC27200 and 3.8mA
for UCC27201. To: 1mA for both). 3) IDDO maximum changed (From: 4mA
for UC27200 and 5.5mA for UCC27201. To: 3mA for both. 4) IHB typical
changed (From: 0.4mA. To: 0.065mA). 5) IHBO typical changed (From:
2.5mA. To: 0.9mA). 6) IHBO maximum changed (From: 4mA. To: 3mA). 7)
IHBS test condition changed to match VHS maximum
recommended operating conditions (From: 110V. To: 105V). 8) IHBSO
typical changed (From: 0.1mA. To: 0.03mA).Go
- Updated Input specifications in the Electrical Characteristics
table: 1) UCC27200 VHIT typical changed (From: 5.8V. To: 6V). 2)
UCC27200 VLIT typical changed (From: 5.4V. To: 5.6V). 3) UCC27201
VHIT specifications changed (From: 1.7V typical, 2.5V maximum.
To: 1.9V minimum, 2.3V typical, 2.7V maximum). 4) UCC27201 VLIT
specifications changed (From: 0.8V minimum, 1.6V typical. To: 1.3V minimum, 1.6V
typical, 1.9V maximum). 5) UCC27201 VIHYS typical changed (From:
100mV. To: 700mV). 6) UCC27201 RIN specifications changed from (100kΩ
minimum, 200kΩ typical, 350kΩ maximum. To: 68kΩ typical). Go
- Updated Bootstrap diode specifications in the Electrical
Characteristics table: 1) RD test conditions changed (From: 100mA and
80mA. To: 120mA and 100mA). 2) RD typical changed (From: 0.6Ω. To:
0.65Ω). Go
- Updated LO/HO Gate Driver specifications in the Electrical
Characteristics table: 1) VLOL typical changed (From 0.18V. To 0.1V).
2) VLOH typical changed (From: 0.25V. To: 0.13V). Go
- Removed specifications with test conditions "-40°C to 125°C
TJ", since all parameters are specified from -40°C to 150°C
TJ (unless otherwise noted). Go
- Changed Propagation Delays typical specification (From: 20ns. To:
22ns).Go
- Updated Output Rise and Fall Time specifications: 1) tR
typical changed (From: 0.35us. To: 0.26us). 2) tF typical changed
(From: 0.3us. To: 0.22us). Go
- Updated all plots in Typical Characteristics section to reflect the
device's typical specification. Go
- Updated Input Stages section: 1) Changed UCC27201A input pulldown
resistance typical to match the specification in the Electrical Characteristics
table from 70k? to 68k?. 2) Changed input capacitance from 2pF to 4pF. 3)
Changed UCC27200A input thresholds from 48% and 45% of VDD to 6V and 5.6V to
reflect the specification in the Electrical Characteristics
table.Go
- Updated Typical Application section to display a different
application diagram and Detailed Design Procedure section since information in
legacy data sheet had an outdated circuit with obsolete part numbers. Go
- Changed application curves to display propagation delay and
rise/fall time plots. Go
Changes from Revision A (July 2011) to Revision B (August 2015)
- 向“特性”列表中添加了“HS 引腳具備負電壓處理能力 (–18V)”Go
- 添加了引腳配置和功能 部分、ESD 等級 表、特性說明 部分、器件功能模式、應用和實施 部分、電源相關建議 部分、布局 部分、器件和文檔支持 部分以及機械、封裝和可訂購信息 部分Go
Changes from Revision * (February 2011) to Revision A (July 2011)
- 向特性列表中添加了“SON-10 (DPR) 封裝”Go
- 向“說明”中添加了 SON-10 (DPR) 封裝Go
- Changed the Pin Functions tableGo
- Added Additional Pin Functions information.Go