Zhirong sw6206 24W PD fast charging mobile power wireless fast charging chip supports a + A + B + C + L arbitrary fast charging with 188 nixie tube
Author:Anlina Time:2021-06-08 12:30 Browse(683)
Zhirong sw6206 24W PD fast charging mobile power wireless fast charging chip supports a + A + B + C + L fast charging with 188 digital tube, touch screen and OLED forum
Shenzhen Zhanrong Electronics Co., Ltd5 w+ D$ N3 q6 G+ ]/ A0 t; V bosses in need welcome harassment7 O6 P # C "d (T beam East: 13923410857)     QQ:38839547# U' E+ K% A* n- ^24W new generation PD fast charging mobile power SOC (sw6206): full interface aabcl, full protocol, full integration - I6 @ / P & T4 ^ 0t) rQC4+/PPS/SCP/VOOC…5 `. s/ ?$ n+ p- A! v. K / s * e: l with 188 nixie tube driver    g6 a' z7 t+ }0 ? 6 x& Y. e0 p, W% dThe overall input and output efficiency will be increased by 3%" ]5 J# R& a0 b% O0 I! } 5 j9 {# X! J; q5 C" F, M# L( x( x$ {5 |    P7 h. K & fsw6206 is a highly integrated multi protocol two-way fast charging mobile power supply dedicated multi-in-one chip, which supports a + A + B + C + L Port fast charging.

Zhirong sw6206 24W PD fast charging mobile power wireless fast charging chip supports a + A + B + C + L arbitrary fast charging with 188 nixie tube

it integrates 5A high-efficiency switch charging.
20W high-efficiency synchronous boost output, PPS / Pd / QC / AFC / FCP / SCP / PE / SFCP / vooc and other fast charging protocols, power metering, LED light / digital tube display and corresponding control and management logic.
only a small number of peripheral devices are needed.
a complete high-performance bi-directional fast charging mobile power solution can be formed.
this paper introduces the design and implementation of the system2 @$ `- E) O    J ${switch charging; l4 H3 p6 f$ R1 R4 ~5 G' ] The current is as high as 5A.
the current is as high as 5AEfficiency up to 96% $k "[    k1 l+ U Support 4.2/4.35/4.4/4.5v battery type: V #} 2 U "\ / I, {6 L6{ Support battery temperature protection' m$ j6 e) u: ` Support temperature loop control9 N3 J" o6 G! } 6 x4 o- q• Synchronous Boost* g: a, u, ~! @+ v    H Output power up to 20W, efficiency up to 95%3 a1 c6 K* Q/ {7 u9 S, K* B. c; _&# 61656; Automatic load detection 0 J6 M $C6 {1 T - ') U3 K   [.&# 61656; Automatic light load detection 7 b! h- n" c7 I8 x2 J( v Support small current mode 5 E & O8 W1 m # H9 G• Output fast charging protocol "Q3 t (K + m3 L7 \ $H6 q! P Support PPS / pd3.0 / pd2.0" {6 D+ `$ {8 ^ Support qc4 + / qc4 / qc3.0 / qc2.07 H$ F# k2 @: P8 D* p* N Support afc0 m - a # ["X8?, r$ m& R7 G Support FCP2 K* z, J' E$ X1 U$ O/ s. W Support SCP; o( x& o4 H   `: S. \- f: m Support pe2.0 / pe1.1/ Y2 p4 A    Q$ K! B+ P7 v& H Support sfcp9 C% V7 R; H1 _$ [ Support vooc0 v-d1 R + C "W0 K% B;? -\ 6 ?• Input fast charging protocol$ O$ V0 M8 H,u5 q4 h2 _&# 61656; Support pd3.0/pd2.08 ^ / y $L6 H    W. M, m Support afc7o; J8 x+ t+ w Support FCP$ V1 e6 U! M5 T Support SCP# \/ w& m+ R   ]&# 61656; Support pe1.15 Q7 J2 R7 N1 M• Type-C interface7 ]+ E! e/ Q6 _$ o    t! ^# U7 X Built in USB type-C interface logic $u; i2 I8 j. o support Try.SRC Function 7 ['b) Y7 R8 s (~ 3 J)• Bc1.2 module (O7 I + L2 ~. P Support bc1.2 DCP mode "R ` 1 Z, a% H '|; N1 ^+ s$ S Support apple / Samsung mode 5_    m, Y5 q! @: ~- f0 v• Electricity metering and display1 f( ], A& D2 U% g% [& c Built in 12bit ADC, I / M - K 'I4 G6 M4 K, G Built in coulometer for accurate electric quantity+ H& Z$ K! t: C; [/ v" s0 D: W# |7 N- a* l Support 188 digital tube display. F (k'd; D5 Q: Q" Q Support 3-5 LED lights1 A& ~0 z6 o. a• Fast charging indicator,r0 c9 ~0 v+ t% d- A" _, A Built in fast charge indicator driver 4 O1 Z6 n) w9 L4?• Lighting drive! t; T" h7 D/ S# I& m, L Built in lighting LED driver; I. l5 r5 P3 ?+ y% A9 h/ D- y• Key 4 Z - D4 B3 o, n Support mechanical button 3+ t9 K9 U0 M; W1 A+ E# b• Protection mechanism 0 A8 Y2 Q8 a! k3 Z Input overvoltage protection 8 [% P2 o * |) T9 G0 K% I Output over current / short circuit protection* r   ^: p3 e" @) T; P   @, N- S Charging timeout / overvoltage protection' C& F" O! C" w- @* G Temperature protection $C9 B6 y, ^, a: L9 D• I2C interface2 y9 Y2 q: `: X$ w    z& E' [$ r.
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